Chronic Inflammation: Lifestyle-Based Management, Causes, and Effects

Introduction

In medical conversation is a term that is approximately defined and often popularised, dating back to Roman times. Inflammation's meaning can shift depending on what clinical situation and who is using it. It is viewed as something malfunctional or harmful, and it is frequently forgotten that inflammation is crucial to survival and health. Inflammation is an old word that comes from the Latin “inflamare” and means to set alight or to burn. It is important to mention that it is meant to ignite fast and to defend the body from any possible threats and to subside once the threat has passed. In the last few decades, advances in molecular biology have expanded this understanding, showing both processes of involving immune and non-immune cells, triggered by factors such as toxins, infections, cellular, and radiation, with the main goal of restoring balance and normal function within the body (Oronsky, Caroen and Reid, 2022).

Chronic Inflammation that matters today

Looking at short-term rises in inflammation is important for survival in response to infection and injury, providing evidence that shows different social, environmental, and lifestyle influences can contribute to persistent systemic chronic inflammation SCI. This persistent inflammatory state contributes to the development of multiple circumstances that account for much of the global burden of death also disability, such as cancer, cardiovascular disease, chronic kidney disease, non-alcoholic fatty liver disease, as well as autoimmune and neurodegenerative disorders. In this article, the biological mechanisms operating at multiple levels that support systematic chronic inflammation and examined components that increase risk, including infections, unhealthy dietary patterns, exposure to industrial and environmental pollutants, and psychological stress. It also mentioned as suggestions of early prevention, detection, and management of SCI(Furman et al., 2019).

Immunosenescence and ageing of bone marrow determined by hematopoietic stem cells. Bone marrow is the main location of blood cell formation, and it represents a highly dynamic place in skeletal cells, stromal elements and hematopoietic populations. Based on the study, older bone marrow is the accumulation of senescent mesenchymal stromal cells. These aged stromal cells show molecular hallmarks of senescence, such as genomic instability, excessive reactive oxygen species production, and raised expression of senescence-associated secretory phenotype (SASP).

The inflammatory environment created by SASP disrupts stromal cells, informing amends gene expression in surrounding healthy mesenchymal cells. Therefore, ageing of the bone marrow is strongly associated with haematological abnormalities, including increased rates of anaemia, and can weaken adaptive immune responses and larger the risk of myelodysplastic and myeloproliferative diseases. Functional remodelling of bone tissue further worsens hematopoietic decline. As we get older, hematopoietically active red marrow is progressively replaced by adipose tissue, which creates yellow marrow that restricts blood cell production. Older hematopoietic stem cells show an increased tendency to generate myeloid cells while losing effectiveness in supporting T- and B-lymphocyte development, leading decrease in lymphoid progenitors.

The number of hematopoietic stem cells can rise with age, but others, such as clonogenic potential and self-renewal, functional quality, and clonogenic potential, decline distinctlySCI(Furman et al., 2019).

T-cell immune competence and Thymic aging

The thymus is crucial for the generation of immunocompetent T lymphocytes and the foundation of central immune tolerance. Thymocyte output and thymic hormone production in humans peak early in life nd gradually decline thereafter(Li et al., 2023). Studies in aged mice have demonstrated oxidant stress within the thymus and DNA damage, such as increased phosphorylation of histone H2AX and increased recruitment of p53. These molecules encourage cellular senescence and support the concept that the ageing thymus becomes gradually improved with senescent cells.

Chronic inflammation as a driver of disease

Chronic inflammation often occurs without obvious symptoms, and it plays a major role in the progression and onset of many long-term illnesses. It can affect both lifespan and quality of life. Due to many external and internal factors contributing to the maintenance of this inflammatory state, including tobacco use, advancing age, dietary habitsphysical inactivity, excess body weight, psychological stress, hormonal changes, and disrupted wake and sleep cycles.

Furthermore, obesity is characterised by an inflammatory environment guided by immune cell infiltration of adipose tissue and strengthened cytokine release, procedures that support insulin resistance and other related metabolic disorders. Among adaptive immune mechanisms and innate with adipose signalling molecules play a crucial role in sustaining this obesity associated inflammatory state(Chavda, Feehan and Apostolopoulos, 2024).

Mediterranean-style eating, inflammation, and vascular health inflammation

The Mediterranean dietary model is described by Ancel Keys in the mid twentieth century, and it is characterised by a predominantly plant-based based that highlights extra virgin olive oil, fruit and vegetables, legumes, whole grains, low-fat dairy products, and fish and a small amount of red meat(Schwingshackl and Hoffmann, 2014). According to experts, Mediterranean diets lower several cardiovascular risk factors in primary prevention settings(Schwingshackl and Hoffmann, 2014).

Anti-inflammatory properties of curcumin and Antioxidant

Curcumin is a bioactive polyphenolic combination derived from turmeric and from the preparations of traditional herbal. A substantial body of research shows that curcumin exhibits a wide variety of beneficial biological activities, especially in regulating oxidative stress and inflammatory responses, emphasising its therapeutic potential in preclinical settings(Lu and Yen, 2015). Various studies have shown that tea catechins, mainly present in green tea and other dietary sources, contain multiple bioactive combinations with notable chemopreventive effects. Along with these, epigallocatechin gallate is well-known as one of the most effective and potent catechins.

Carotenoids are widely known for their promoting quality and their role in supporting human well-being, while astaxanthin, on the other hand, is a structurally distinct carotenoid that has been well studied for its diverse biological activities(Lu and Yen, 2015).

Diet, Its Role in Inflammation and Chronic Disease Risk

Multiple physiological and collaborative spaces contribute to an individual’s inflammatory status and vulnerability to chronic diseases, with dietary intake representing one of the most important modified influences. The evidence shows that supporting this relationship shows that adherence to the Mediterranean dietary pattern is combined with a reduction in inflammatory markers, whereas a diet rich in added sugar or in trans fats is linked directly to increased inflammatory response. Furthermore, high consumption of saturated fats has been elevated and correlated inflammatory biomarkers, especially among those who are overweight.

Dairy foods play an important role in healthy eating patterns, such as the Dietary Approaches to Stop Hypertension diet. According to the DGA, individuals age nine and older are recommended to consume three cups or equivalents of low-fat or fat free dairy products daily. Consuming dairy products is important because they are rich in nutrients, such as vitamin D, calcium, riboflavin, vitamin B12, protein, zinc, potassium, choline, magnesium and also selenium.

Dairy has been identified as one of the main dietary sources of three nutrients, including calcium, vitamin D and potassium. Consuming dairy regularly has been associated with positive health results, which will result in reducing the risk of cardiovascular disease, type 2 diabetes, supporting bone health and metabolic syndrome. Additionally, dairy products are recognised as pro-inflammatory foods, and that is in saturated fat and lactose content. As a result, the importance of consuming dairy for achieving nutritional adequacy, and in combination with reducing the risk of chronic disease, the article aims to provide an updated systematic review of the inflammation role and its chronic disease (Nieman, Anderson and Cifelli, 2021).

Official Health & Medical Resources

NHS (UK National Health Service)

• Mediterranean diet patient info (NHS PDF guide) — practical overview of the diet and health benefits: Mediterranean diet — NHS diet guide
• Eating for a healthy heart (NHS adult diet advice including Mediterranean pattern): Mediterranean style eating for heart health — NHS PDF

WHO (World Health Organization)
General info on healthy diets and dietary patterns — use this WHO nutrition resource as a high-authority reference:

Harvard Health Publishing (Harvard Medical School)
Harvard Health overview on Mediterranean diet and inflammation/cardiovascular health — recommended health article:

NIH (National Institutes of Health)
NIH PubMed Central review of Mediterranean diet impacts on endothelial function – evidence for improvements in endothelial health and inflammation: Mediterranean diet and endothelial function review — NIH PMC article

PubMed Systematic Reviews (not individual studies)

• PubMed meta-analysis of Mediterranean diet effects on inflammation and endothelial function: Mediterranean diet — systematic review & meta analysis (PubMed)
• Another PubMed systematic meta-analysis on Mediterranean diet and endothelial function: Mediterranean diet & endothelial function meta analysis — PubMed (Ir J Med Sci)

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Medical Disclaimer: I am not a medical professional and this article is based on personal research and experience . It is for informational and educational purposes only. Please consult alwats your doctor for advice or a qualified healthcare provider before making any changes to your diet.

References :

• Chavda, V.P., Feehan, J. and Apostolopoulos, V. (2024) ‘Inflammation: The Cause of All Diseases’, Cells, 13(22), p. 1906. Available at: https://doi.org/10.3390/cells13221906.
• Furman, D. et al. (2019) ‘Chronic inflammation in the etiology of disease across the life span’, Nature Medicine, 25(12), pp. 1822–1832. Available at: https://doi.org/10.1038/s41591-019-0675-0.
• Li, X. et al. (2023) ‘Inflammation and aging: signaling pathways and intervention therapies’, Signal Transduction and Targeted Therapy, 8(1), p. 239. Available at: https://doi.org/10.1038/s41392-023-01502-8.
• Lu, C.-C. and Yen, G.-C. (2015) ‘Antioxidative and anti-inflammatory activity of functional foods’, Current Opinion in Food Science, 2, pp. 1–8. Available at: https://doi.org/10.1016/j.cofs.2014.11.002.
• Nieman, K.M., Anderson, B.D. and Cifelli, C.J. (2021) ‘The Effects of Dairy Product and Dairy Protein Intake on Inflammation: A Systematic Review of the Literature’, Journal of the American College of Nutrition, 40(6), pp. 571–582. Available at: https://doi.org/10.1080/07315724.2020.1800532.
• Oronsky, B., Caroen, S. and Reid, T. (2022) ‘What Exactly Is Inflammation (and What Is It Not?)’, International Journal of Molecular Sciences, 23(23), p. 14905. Available at: https://doi.org/10.3390/ijms232314905.
• Schwingshackl, L. and Hoffmann, G. (2014) ‘Mediterranean dietary pattern, inflammation and endothelial function: A systematic review and meta-analysis of intervention trials’, Nutrition, Metabolism and Cardiovascular Diseases, 24(9), pp. 929–939. Available at: https://doi.org/10.1016/j.numecd.2014.03.003.

pH Regulation, Dietary Influences, and Health Evidence

Maintaining the body’s acid-base balance is an important aspect of metabolic health. There could be a small change in body fluid pH that can affect cellular functions, enzymatic reactions and overall homeostasis. Body fluid indicates the concentration of hydrogen ions (H+), which is generated from different metabolic processes. Organic acids, including β-hydroxybutyric acid and lactic acid, are generated in tissues such as the liver, adipose tissue, and skeletal muscle. These acids separate into protons and conjugate bases, and that leads to acidification of intracellular and extracellular environments. The human body uses many buffering systems and transport mechanisms.

The major contributions of the buffering system involve the proton-proton binding, bicarbonate stems and phosphoric acid buffering, and this stabilises pH by neutralising excess protons. Cells use special transporters for moving extra protons out of the cell into the space around them, including monocarboxylate transporter MCTs and Na+/H+ exchangers NHEs. These procedures allow the cells to keep the cells of internal pH at a normal level around 7.03-7.46, and that is crucial for healthy metabolism. Therefore, when cells are affected by too much acid, the problem arises with the transporter, and normally, the fluid around the cells becomes more acidic.

According to experts, a drop in interstitial fluid pH, the fluid between cells, may contribute to metabolic problems, for example, in insulin resistance, obesity and type 2 diabetes. Furthermore, food can improve proton transport and also support metabolic health (Aoi et al., 2020).

Understanding pH

Alkaline acid has to do with pH. It is considered acidic when pH is low (between 0 and 6), and high in pH scale (from 8 to 14) is considered alkaline, and 7 is considered neutral. Understanding food better shows that some foods contain alkaline and others are acidic. For example, citrus fruits such as lemon, grapefruit, and oranges are acidic foods. The acidic food we consume over time can change the pH level in our blood. The reaction occurs continuously through our breath, with a chemical signal, through the brain, and the kidneys work hard to regulate pH through large and small adjustments (Henry, 2019). According to studies, the more you consume acidic food, the harder your body will work, and this can have long-term effects.

The concept of Alkaline and Acid comes from human practice. The meaning of acid comes from the Latin word acere, which means sour. Acid tests have a sour taste, observed from foods like sour milk, lemon juice, and vinegar. The word Alkaline is an Arabic word al-qily, which refers to burnt plant ashes. The terms acids and bases began in 1776 with Antonio Lavoisier. In 1838, Justus von Liebig declared acids as substances that contain hydrogen. Later, Sørensen, a Danish scientist, introduced the concept of pH at the Carlsberg Laboratory, updated in 1924 based on modern electrochemical methods.

Ancient Indian texts like Hatha Yoga Pradipika, Shiv Samhita, and Gheranda Samhita studied food effects on the body and classified it as sattvic (pure), rajasic (stimulating), and tamasic (heavy/impure). Charak (~200 AD) in Charak Samhita classified foods as light or heavy; light foods were recommended for good health. E.V. McCollum (Johns Hopkins) recommended more alkaline-forming foods like vegetables, grains, milk, fruits, butter, and cheese. Blood pH should be between 7.35 and 7.45. Small pH changes affect organisms, like oceans dropping from 8.2 to 8.1 due to CO₂, harming coral reefs. Soil pH 6–7 provides optimal nutrients; extremes lead to nutrient imbalances.

As we age, kidney function declines, and modern diets can lead to metabolic acidosis. Blood pH below 7.35 indicates acidosis; above is alkalosis. Most enzymes function within a specific pH range; deviations can impair their activity (N Suthar, 2024).

Research Evidence on Urine pH and Bone Health

Modern diets may cause slightly acidic urine (~pH 6). Some promote alkaline diets to sell products claiming balance of acid and base levels. Acid load can be measured by urine pH or calculating total acid excretion, including sulfates, chlorides, phosphates, minus minerals like magnesium, calcium, potassium, and sodium. Traditional urine pH measurements may be inaccurate due to bacterial changes.

Better measurements consider post-digestion urine, reflecting actual diet. Lab tests analyzed urine for pH, creatinine, calcium, phosphate, and other ions. Results show low urine pH or high acid levels do not increase osteoporosis risk. A single urine test cannot indicate long-term diet effects. More research is needed to assess diet effects on bone health and the validity of alkaline diets (Fenton et al., 2010).

Acid Ash Hypothesis and Bone Strength

The acid ash hypothesis claims high-protein diets harm bones due to acid load. Excess acid is neutralized by bicarbonate from bone minerals, possibly weakening bones over time. Some studies suggested acid-forming foods (dairy, grains) increase urinary calcium and bone calcium depletion. However, reviews questioned this, considering biochemical mechanisms, protein influence, phosphate, calcium balance, and validity of the theory. Evidence is weak on dietary acid load causing osteoarthritis.

A systematic review analyzed whether high acid diets contribute to osteoporosis, reviewing human interventional studies, long-term observations, and lab studies. Researchers examined whether reducing dietary acid load could reduce risk or slow osteoporosis progression (Fenton et al., 2011).

Meta-Analysis of pH Methods

Experts explored calcium excretion, acid load, and bone health through meta-analyses of RCTs and RCOs. When no meta-analyses existed, individual studies were reviewed. Another meta-analysis examined effects of alkaline treatments or low acid diets on bone resorption markers (serum CTX, deoxypyridinoline crosslinks, urinary N telopeptide) using standardised mean differences with Cochrane RevMan5. Random effect models were applied if heterogeneity p-value was 0.05–0.5. Sensitivity analysis excluded urine CTX due to biological fluctuations. Lab studies on bone mineral loss at different pH levels assessed acid impact on bone health within normal physiological pH (Fenton et al., 2011).

Food and pH Balance

Food does not change blood pH directly; the body manages acidity and minerals. Below is a guide to alkaline and acidic foods:

Low Acidic / Alkaline Foods

• Yoghurt and fermented foods
• Black tea
• Butter in moderation
• Brown rice and beans
• Natural honey (unprocessed)

Middle or Moderate Acidic Foods

• Tuna, Salmon, Tilapia, Mackerel
• Whole wheat and rye bread
• Cottage Cheese, hard Cheese, Cream cheese
• Ketchup, Mustard, Mayonnaise
• Olives, Garlic, Pomegranates
• Pistachios, Eggs, Corn

Highly Acidic Foods

• Chocolate, ice cream, milkshakes
• Soda, liquor, beer
• White sugar and pastries
• Espresso and strong coffee
• Cheese
• Pork (bacon, chops, ribs)
• Beef

Practical Tips for Getting Started

• Gradually replace processed foods with vegetables, fruits, and whole grains.
• Limit sugary drinks; opt for water or herbal teas.
• Balance meals: include a grain, vegetables, and plant-based protein.
• Experiment with alkaline-friendly recipes like quinoa salads or brown rice bowls.

Frequently Asked Questions (FAQs)

Does an alkaline diet change blood pH?

Diet can affect urine pH and mineral balance, which influences how the body manages acidity. No — blood pH is tightly regulated.

Are all acidic foods bad?

No, foods like fish or pomegranates provide valuable nutrients. Moderation and balance are key.

What is the easiest alkaline food to start with?

Brown rice, beans, and seasonal vegetables are simple, affordable, and easy to prepare.

Further Reading & Internal Links

Explore related guides: Asthma and Macrobiotics, What is Healthy Food?, Foods to Avoid for Asthma.

Medical Disclaimer

I am not a medical professional. This article is for informational and educational purposes only. Please consult your doctor or a qualified healthcare professional before making changes to your diet, exercise, or lifestyle.

External Reading & Resources

• Dietary Acid-Base Balance and Bone Health – NCBI
• Alkaline Diet: What It Is, Benefits, and Risks – Healthline
• Foods That Affect Your pH Levels – Medical News Today
• Body Fluid pH Regulation and Metabolism – ScienceDirect
• Nutrition for Bone Health – NIH Osteoporosis and Related Bone Diseases
• Effect of Acid-Base Diet on Urinary pH and Bone Health – NCBI
• Alkaline Diets and Health – British Nutrition Foundation

References

• Aoi, W. et al. (2020) ‘Body Fluid pH Balance in Metabolic Health and Possible Benefits of Dietary Alkaline Foods’, eFood, 1(1), pp. 12–23. Available at: https://doi.org/10.2991/efood.k.190924.001
• Fenton, T.R. et al. (2010) ‘Low urine pH and acid excretion do not predict bone fractures or the loss of bone mineral density: a prospective cohort study’, BMC Musculoskeletal Disorders, 11(1), p. 88. Available at: https://doi.org/10.1186/1471-2474-11-88
• Fenton, T.R. et al. (2011) ‘Causal assessment of dietary acid load and bone disease: a systematic review & meta-analysis applying Hill’s epidemiologic criteria for causality’, Nutrition Journal, 10(1), p. 41. Available at: https://doi.org/10.1186/1475-2891-10-41
• Henry, B. (2019) 30 Day Alkaline Diet Challenge.
• N Suthar, N. (2024) ‘ALKALINE DIET AND HEALTH-A BRIEF REVIEW’.

Diabetes Explained: Science, Diet, Causes, Prevention, and How to Manage Blood Sugar

Diabetes is a frightful and serious health condition that significantly affects the quality of life of families, individuals and communities across the world. Diabetes is ranked as one of the top ten serious illnesses. In 2017, global healthcare spending on diabetes was approximately £727 billion. There are three main forms of diabetes: type 1 diabetes T1D, type 2 diabetes (T2D- diabetes mellitus), and gestational diabetes mellitus GDM. IDF International Diabetes Federation has reported and monitored diabetes prevalence at regional, national and global levels. The report shows that there is an increase in diabetes cases over time, with approximately 287 million people just in 2009. This number increased to 366 million in 2011, 382 million in 2013, 415 million in 2015 and 425 million in 2017(Saeedi et al., 2019).

The worldwide prevalence of diabetes has dramatically increased and reached an alarming rate. According to the International Diabetes Federation, an estimated 536.6 million people were living with diabetes, but in 2021, this number was suggested to be increased by 46%, with an estimated number of 783.2 million by 2045. Researchers suggest that early detection of symptoms is important because it allows the treatment to begin sooner, and also helps to prevent and not delay serious macrovascular and microvascular complications.(Ogurtsova et al., 2022).

Medication-Induced Diabetes

Some cardiovascular medications and metabolic medications, such as beta-blockers, statins, and thiazide diuretics, have been linked with a serious risk of developing type 2 diabetes. There are other drug classes associated with the risk of developing diabetes, such as corticosteroids (steroids), antipsychotics, immunosuppressants, hormonal medications, and certain antivirals, which have also been associated with disturbances in glucose metabolism. Scientific research indicates that these medications may reduce insulin sensitivity but increase glucose production in the liver, contribute to weight gain, and increase in developing diabetes, especially with the existing factors including prediabetes, obesity, cardiovascular disease or genetic predisposition. Despite the side effects, these medications play an important role in treating serious conditions, including heart disease, autoimmune disorders, inflammation, hypertension and mental health conditions. Due to this reason, healthcare professionals underline that the therapeutic benefits and the cardiovascular effects of these drugs generally outweigh the possible risk of diabetes when patients are properly monitored. Lifestyle management, regular blood glucose testing, and medical supervision can help decrease the risk of developing diabetes and ensure long-term treatment (Ogurtsova et al., 2022).

Although a few biological mechanisms indicate how cardiovascular medications may lead to hyperglycaemia, such as alterations in insulin secretion, direct toxic effects on pancreatic beta cells, and reduced insulin sensitivity and increased glucose production. Due to direct cytotoxic effects that may occur because of the damage to pancreatic beta cells, reducing the insulin secretion may subsequently result in raised blood glucose levels, because hyperglycaemia activates the intracellular signalling pathway, and this stimulates the release of stored insulin in pancreatic cells. Thiazide diuretics may decrease insulin by causing low potassium levels (hypokalemia) and increasing the potassium gradient among beta cell membranes, and this leads to membrane hyperpolarisation. Potassium supplementation has been shown to contribute to glucose tolerance and restore insulin sensitivity, which creates effects similar to discontinuing the medication. There is another preventive method is combining thiazide diuretics with potassium-sparing agents to decrease the risk of hyperglycaemia. Furthermore, the mechanisms linked with thiazide-induced hyperglycaemia include raised free fatty acid levels, decreased insulin sensitivity, higher hepatic glucose production, and increased catecholamine activity. The higher dose of thiazides is linked with a higher risk of hyperglycaemia, and it is equivalent to 5 mg per day or more of Bendroflumethiazide. Beta blockers may also be linked to hyperglycaemia by suppressing the beginning phase of insulin release in pancreatic islet cells via alpha 1 and beta 2 adrenergic pathways. A calcium channel blocker may reduce the risk of insulin secretion and cause hyperglycaemia in case of excessive use or overdose (Widiarti et al., 2025a). Statins are well-known, widely used medications to reduce the risk of cardiovascular disease. Although their clinic contributions have been debated due to findings from randomised controlled trials and meta-analyses suggesting a possible association between statin use and an increased risk of developing new-onset diabetes (Agouridis, Kostapanos and Elisaf, 2015). Key factors of medication-induced hyperglycaemia by medication class. AP antipsychotics, GC glucocorticoids, BB beta blockers, PI protease inhibitors, PI3K phosphoinositide 3-kinase, AKT protein kinase B, CNI calcineurin inhibitors, Tori mammalian target of rapamycin inhibitors, TKI tyrosine kinase inhibitors, SSA somatostatin analogues, ADT androgen deprivation therapy, IFN-A interferon alpha(Widiarti et al., 2025b).

Insulin Resistance

The researcher focused mainly on two questions: the first was understanding how much insulin-stimulated muscle glycose production contributes to glucose metabolism in healthy individuals. The second question was how this process is affected in people with type 2 diabetes. Researchers used advanced 13C NMR spectroscopy to measure how glucose is converted into muscle glycogen by tracking labelled glucose molecules in muscle tissue. Once these findings were fully applied to the whole body, it was found that muscle glycogen synthesis accounted for the majority of glucose uptake and almost all non-oxidative glucose metabolism in diabetic and healthy individuals. This emphasises how impaired muscle glycogen production plays an important role in reducing glucose control in type 2 diabetes (Shulman, 2000). In skeletal muscle, insulin signalling plays a major role in increasing glucose uptake and contributing to glycogen synthesis. Insulin restores glucose transport by triggering the fusion of glucose transport type 4 GLUT4 storage vesicles to the muscle cell membrane and coordinated movement. When the insulin signalling is activated, Akt it suppresses AS160, also known as TBC1D4, which in turn activates Rab GTPase proteins accountable for managing vesicle trafficking and glucose transport (Lee, Park and Choi, 2022).

Type 1 Diabetes

Type 1 diabetes is worldwide recognised as a condition caused by an autoimmune process that leads to destruction of the insulin-creating beta (β) cells. According to scientists, the body's immune system mistakenly attacks these cells, resulting in a reduction or complete stoppage of insulin production. A long time ago, type 1 diabetes was considered a disease affecting adolescents and children, but in the last decade, this understanding has been completely changed. Now, this understanding is known as type 1, which can develop at any age. The most well-known symptoms at the onset of type 1 diabetes include excessive thirst (polydipsia), frequent urination(polyuria), increased hunger (polyphagia) and high blood glucose levels. Type 1 diabetes requires immediate need for insulin therapy as this is one of the defining features, and the body is no longer able to produce sufficient insulin (Atkinson, Eisenbarth and Michels, 2014). Despite significant advances in scientific research and treatments, researchers continue to investigate the worldwide distribution of type 1 diabetes and the possible methods for cure or prevention. Individuals who are diagnosed with Type 1 diabetes can occur at any stage of life, but it also remains one of the most common chronic diseases in childhood. The most frequently diagnosed conditions in children are between 5 and 7 years old, and also during puberty, and type 1 diabetes occurs more often in males. Most of the incidences of type 2 diabetes may be influenced by birth timing and seasonal factors. Research indicates that a higher number of cases are often diagnosed during autumn and winter, and those who are born in spring appear to have a higher risk of this condition. Additionally, these observations play a crucial role, as factors such as seasonal exposures and infections influence the disease process (Atkinson, Eisenbarth and Michels, 2014).

Type 2 Diabetes

It has been more than 50 years, and researchers know very little about the connection between type 2 diabetes and insulin resistance. Insulin resistance plays an important role in the development of the disease because it is one of the leading causes of the disease and the strongest predictor of future type 2 diabetes, and it should be treated once high blood glucose levels appear. Scientific research has shown that metabolic mechanisms and genetic mechanisms contribute to insulin resistance, especially through the interaction of lipoprotein lipase (LPL), mitochondrial function, and peroxisome proliferator-activated receptor delta (PPAR-δ). These procedures are believed to increase the risk of developing type 2 diabetes and to affect muscle insulin sensitivity (Taylor, 2012). A few years of early laboratory studies discovered abnormalities in mitochondrial function in people diagnosed with type 2 diabetes. Further to this, it was identified that mild impairments in muscle mitochondrial activities in people with type 2 diabetes, and the mitochondrial dysfunction could be involved in disease development. However, muscle insulin resistance is frequently assessed using the euglycemic hyperinsulinemia clamp technique, and it is considered a crucial factor in the development of type 2 diabetes. The disease is closely linked to insulin resistance in the liver rather than in muscle tissue, but researchers indicate that calorie restriction in people with type 2 diabetes has proven that reducing calorie intake decreases liver fat and it improves hepatic insulin sensitivity. The benefit of this is that it normalises fasting blood glucose levels (Taylor, 2012).

Understanding the Symptoms of Diabetes

The classic symptoms of diabetes, increased hunger (polyphagia), excessive thirst (polydipsia) are mainly observed in type 1 diabetes due to the rapid onset of severe hyperglycaemia. Those symptoms can also appear when blood glucose levels are very high in type 2 diabetes. Other symptoms are weight loss, persistent fatigue and body pain.

Nutrition and Diabetes

Nutritional management plays an important role in diabetes mellitus, and its impact on insulin resistance has been the main focus of education and research for many years. In recent research, the focus has been on the quality of dietary fats and their influence on diabetic treatment and insulin resistance. It was also mentioned that dietary fats interact with physical activities to affect insulin sensitivity, and consuming rich foods in carbohydrates (Vessby et al., 2000). Therefore, metabolic abnormalities in diabetes and cardiovascular disease are associated with atherosclerotic disease and linked to abdominal obesity and insulin resistance. Lifestyle intervention, including dietary improvement and physical activity, can significantly improve the health of individuals with diabetes and can influence multiple aspects of metabolic syndrome, insulin resistance, and abdominal obesity (Vessby et al., 2000).

Physical Exercise and Diabetes Management

Individuals with diabetes should consult a medical professional and undergo a medical evaluation before starting exercises or regular physical activity. Detecting any possible risk allows healthcare professionals to create an exercise plan that maximises benefits without causing harm during the exercises. Some of these guidelines are recommended by The Health Professional’s Guide to Diabetes (American Diabetes Association, 2004). Exercise sessions should include a proper guideline, warm-up and cool-down periods, for example, a 5 to 10 minutes warm-up of light aerobic activity, including walking or cycling in a leisure centre, this prepares lungs, heart, muscle for increased intensity. Once the exercises are complete, gently stretch for 5 to 10 minutes and then do a cool down for 5 to 10 minutes. Physical exercises are recommended three to four times a week for 30 to 60 minutes, and have resulted in reducing HbA1c by 10–20%, especially in individuals with type 2 diabetes. Evidence from multiple clinics demonstrates that exercise improves insulin sensitivity, reduces plasma insulin levels and weight loss can prevent or delay the onset of type 2 diabetes (American Diabetes Association, 2004).

Historical and Lifestyle Perspective on Diabetes Prevention

In the real world, diabetes is both practical and achievable. The major cause of developing diabetes is excessive consumption of calories for long periods, reduced physical activity, and high intake of proteins and fats. Maintaining a balanced diet and increasing physical activity can play an important role in reducing the risk of developing diabetes (Shi, 2016). In one of the Chinese medical texts, the Yellow Emperor’s Canon, which is more than 2000 years old, states that diabetes as condition associated with consuming sweet food and the development of obesity (Lee, Park and Choi, 2022).

Conclusion

Diabetes is a worldwide health challenge and a complex condition that affects millions of people in the world. According to scientific research, show that diabetes is linked to insulin resistance, genetic, metabolic dysfunction and medical use. Understanding the difference type 2, type 1 and gestational diabetes helps improve treatment, early detection, and long-term management. Maintaining a regular diet balance, physical activity, proper nutrition, and monitoring properly play an important role in monitoring blood glucose levels and reducing organ damage and complications, including cardiovascular disease. Early detection, continued lifestyle treatment, and appropriate treatment can maintain a good quality of life and successfully manage diabetes. Increasing public awareness, education, and using strategies to prevent it remain essential for the worldwide burden of diabetes and increasing overall population health.

Medical Disclaimer

I am not a medical professional. This article is for informational and educational purposes only. Please consult your doctor or a qualified healthcare provider before making changes to your diet, exercise, or lifestyle.

References

Agouridis, A.P., Kostapanos, M.S. and Elisaf, M.S. (2015) ‘Statins and their increased risk of inducing diabetes’, Expert Opinion on Drug Safety, 14(12), pp. 1835–1844. Available at: https://doi.org/10.1517/14740338.2015.1096343.
American Diabetes Association (2004) ‘Physical Activity/Exercise and Diabetes’, Diabetes Care, 27(suppl_1), pp. s58–s62. Available at: https://doi.org/10.2337/diacare.27.2007.S58.
Atkinson, M.A., Eisenbarth, G.S. and Michels, A.W. (2014) ‘Type 1 diabetes’, The Lancet, 383(9911), pp. 69–82. Available at: https://doi.org/10.1016/S0140-6736(13)60591-7.
Lee, S.-H., Park, S.-Y. and Choi, C.S. (2022) ‘Insulin Resistance: From Mechanisms to Therapeutic Strategies’, Diabetes & Metabolism Journal, 46(1), pp. 15–37. Available at: https://doi.org/10.4093/dmj.2021.0280.
Ogurtsova, K. et al. (2022) ‘IDF diabetes Atlas: Global estimates of undiagnosed diabetes in adults for 2021’, Diabetes Research and Clinical Practice, 183, p. 109118. Available at: https://doi.org/10.1016/j.diabres.2021.109118.
Saeedi, P. et al. (2019) ‘Global and regional diabetes prevalence estimates for 2019 and projections for 2030 and 2045: Results from the International Diabetes Federation Diabetes Atlas, 9th edition’, Diabetes Research and Clinical Practice, 157, p. 107843. Available at: https://doi.org/10.1016/j.diabres.2019.107843.
Shi, B. (2016) ‘The importance and strategy of diabetes prevention’, Chronic Diseases and Translational Medicine, 2(4), pp. 204–207. Available at: https://doi.org/10.1016/j.cdtm.2016.11.013.
Shulman, G.I. (2000) ‘Cellular mechanisms of insulin resistance’, Journal of Clinical Investigation, 106(2), pp. 171–176. Available at: https://doi.org/10.1172/JCI10583.

Juices and Nutrition that Supporting Wellness and Immunity

How Food and Nutrition May Support Respiratory Health

Managing nutrition and hydration is crucial for people to prevent diseases and live a well-being life. In modern worlds, many researchers consistently emphasise the importance of nutrient-rich diets to support immune health and overall well-being. Among the different approaches to functional nutrition, juice therapy, the master plan of fresh vegetable juices and selected herbal teas has gained increasing attention from people. Offering these methods that combine a balanced diet and mindful hydration can strengthen immunity, provide a variety of rich minerals, vitamins and support detoxification, digestion and absorption. Regarding evidence-based insights into nutrition and immunity, see the Harvard T.H. Chan School of Public Health – Nutrition Source.

Beetroot Juice

Beetroot juice is well-known in health and nutrition research because it is very rich in inorganic nitrates, NO3, as well as bioactive elements such as polyphenols and betalains. Although these nutrients are converted into nitrites and then into nitric oxide through the well-recorded nitrate-nitrite-NO pathway, a procedure that can take place even under low oxygen or acidic conditions and is frequently seen in physical activities. Nitric oxide plays a crucial role in regulating blood vessel function, regulating oxidant balance, and influencing muscle contraction, supporting mitochondrial function efficiently, making as promising nutritional option for increasing different roles of physical health. As mentioned, beetroot juice can decrease blood pressure and also improve endothelial function. Researchers have extended studies, such as illustrating potential benefits for mitochondrial activity, cerebral blood flow, muscle function, and cognitive performance. In addition, the benefits of beetroot juice are not only due to nitrate content, but also factors like oral microbiota health, age, diet and metabolic staus the effect how efficiently nitrate is converted into nitric oxide(Lee et al., 2026).

Pomegranate Juice

Pomegranate (Punica granatum) is a long-cultivated fruit that belongs to the Punicaceae family and is frequently called “the miracle fruit” due to eating its seeds as food, juice and its functional products. Modern clinical research and pharmacology have highlighted the broad ranging medicional properties of pomegranate itself and its juice. Pomegranate is strongly considered to be rich in dietary polyphenols with strong antioxidant properties. It has various health benefits, including managing diabetes, obesity and inflammation. The factors of polyphenols in pomegranate juice include anthocyanins, tannins, and flavonoids, and it is explored among chemical composition, biological effects and metabolism. It has significant advantages for the production of high-quality juice (Basu and Penugonda, 2009).

Wheatgrass Juice

Modern research identifies herbs as valuable sources of bioactive compounds. Wheatgrass, as young shoots of Triticum aestivum that belong to the family Gramineae, is an annual grass native to Southwest Asia and the Mediterranean, and now wheatgrass is cultivated worldwide. Wheatgrass is rich in essential minerals such as magnesium, iron, phosphorus, manganese, zinc and copper. Wheatgrass has tocopherols, providing a high amount of vitamin It has 70% chlorophyl, a molecule that is almost similar to haemoglobin. It contributes to metabolism, reduces acidity, restores blood alkalinity and also supports healthy cellular function by acting as a detoxifying agent. It can be consumed as a powdered extract or fresh, providing chlorophyll, 17 amino acids such as 8 essential, minerals, vitamins and proteins. Although it was used traditionally to manage health conditions. It has benefits for high blood pressure, pancreas health, anaemia, skin issues, constipation and asthma. Nutritional studies regularly show wheatgrass to be rich in magnesium, chromium, zinc, selenium, and antioxidants such as vitamin E and C, in anti-anaemic factors, such as vitamin B12, folic acid, iron, and pyridoxine, including proteins and amino acids. Scientists has discovered that it demonstrates its antioxidant capacity anti cancer both in vivo and vitro (A pilot study on wheat grass juice for its phytochemical, nutritional and therapeutic potential on chronic diseases., 2026).

The Importance of Fruits and Their Natural Benefits

Fruits are not only seen as nutritious food but also have medical properties. Fruits can help to prevent certain health conditions, especially those that are related to the stomach. Consuming regularly may help to maintain good health and prevent illness. They are both rich in vitamins and minerals, as well as beneficial and tasty, and support detoxification that helps to eliminate harmful substances. Fruis consists vitamins, water, sugar, minerals, and protein, fats, fibre, and aromatic elements that contribute to their pleasant aroma. Although when we consume fruits, our body absorbs 5-15% sugar efficiently. The carbohydrates in fruits are transformed into sugars with the help of sunlight. Fruits contribute to reducing blood acidity and relieve the workload on organs such as the liver, lungs, and kidneys. Several fruits are low in fat and protein and are digested quickly compared to other foods. Fruit skin is a rich source of fibre and helps in cleansing the stomach. It is highly recommended not to peel fruits but to consume them with the skin. There are different types of fruits, and some of them with very thick skins have higher minerals and vitamins just beneath the skin (Chan and Giovannucci, 2001).

Importance of Regular Elimination

There are many discussions that the nutrition process is overlooked in the body elimination process, and often it is described that bowel movements and regular urination to fully empty the bladder are important for clearing waste products and developing kidney and digestive health. For further recommendations of a deeper overview of digestive health strategies, visit WebMD Digestive Health.

Recommendation for Using Herbal Teas

There are many herbal teas from different regions that can support different functions of the body. The herbal teas provide bioactive plant compounds with detoxification benefits, as well as antioxidant and anti-inflammatory properties. The most recommended options are:

• Cranesbill Tea: Many people use it to promote cleansing, and it supports kidney function.
• Sage Tea: Widely known for soothing the throat, decreasing oxidative stress, and providing anti-inflammatory and antioxidant benefits.
• Marigold (Calendula) Tea: Valued for skin-supportive effects and immune-enhancing properties.

For more details, see Healthline’s Guide to Herbal Teas.

Highly recommended is that juice therapy is followed as a short-term regimen. During this crucial period for transformation of wellbeing and body, it is best to avoid solid food. This allows the digestive system to rest while delivering essential nutrients.

• Consume up to 500ml of juice per day in small portions.
• Encourage salivary digestive activity by drinking slowly, using a spoon.
• Maintain hydration with water and herbal teas throughout the day.

This attentive approach improves digestion and nutrient bioavailability, making it more effective than consuming juices quickly.

Juice Ingredients and Preparation

A day-to-day therapeutic blend includes:

• 300g beetroot
• 100g carrots
• 100g celeriac
• 30g black radish
• 1 small potato

This mixture creates a nutrient-dense juice rich in minerals and antioxidants.

Preparation Instructions for the Juice

1. Blend all ingredients in a food processor until smooth.
2. Drink slowly, using a spoon, to increase enzymatic breakdown.
3. Complement intake with herbal teas for hydration throughout the day.

Sage Tea Preparation

1. Steep sage herbs in hot water for about 10 minutes.
2. Boil the herbs in 500ml water for 3 minutes, then let it cool.
3. Add one teaspoon of peppermint and balm (Melissa officinalis) and steep for an additional 9–10 minutes.

This combination enhances both flavor and therapeutic effects.

Supports antioxidant balance, increases immune activity, and reduces inflammation

• Deficiency increases susceptibility to respiratory infections such as pneumonia.
• Studies indicate that low vitamin C levels contribute to increased COVID-19 risk.
• Adjusts multiple immune cells and promotes production of antimicrobial proteins.
• Constant supplementation is more effective than high single doses.

Zinc

• Essential for immune cell communication, oxidative balance, and antiviral defence.
• Inhibits coronavirus replication and improves vaccine response.
• Deficiency can increase viral variation rates and disease severity.
• Proper supplementation strengthens immune markers.

Amino Acids and Fatty Acids

• Amino acids serve as building blocks for antibodies and cytokines.
• Omega-3 fatty acids reduce inflammation and may benefit COVID-19 patients.

Vitamin C

Vitamin C plays an important role in the synthesis of hormones, including catecholamines (example, norepinephrine) and amidated peptides (e.g., vasopressin), which are crucial for cardiovascular responses during serious infections. Recent research among its classic functions has revealed that vitamin C regulate cell signalling and gene transcription by modulating epigenetic marks and transcription factor activity. Moreover, proteins such as asparagine and prolyl hydroxylases that contributes downregulate transcription component hypoxia-inducible factor-1α (HIF-1α), need vitamin C as a cofactor. Vitamin C also contributes to DNA and histone methylation by assisting enzymes that hydroxylate these epigenetic marks. It also contributes to leukocyte function and barrier integrity in the immune system. The skin, which provides a main barrier against pathogens, consist high concentrations of vitamin C, especially in the epidermis. Vitamin C is actively transported into skin cells through SVCT1 and SVCT2 transporters, highlighting its importance in skin health. Furthermore, vitamin C may stimulate collagen gene expression, and it also supports tissue repair and integrity (Carr and Maggini, 2017).

The Benefits of Juice Therapy

Consuming a variety of vegetables such as potatoes, beetroot, carrots, celeriac, and black radish provides a nutrient profile that strongly supports digestive, cardiovascular, and immune health. Beetroot juice has been scientifically proven to lower blood pressure and increase immune resilience (Claudia et al., 2019; Kapil et al., 2015). This combination balances minerals, vitamins, and antioxidants, promoting overall wellness and detoxification.

Microelements and Immune Support

Immune resilience depends on vitamins, trace elements, amino acids, and fatty acids. Deficiencies can decrease immune defenses and increase vulnerability to infections. Correcting insufficiency often restores immune capability (Calder, 2022).

Immunity, Resistance, and the Human Immune System

The immune system can be divided into two categories: Passive Immunity and Active Immunity.

• Passive immunity: External antibodies such as maternal antibodies, immunotherapy.
• Active immunity: Long-lasting immunity developed after exposure to infections or vaccines (Singh et al., 2023).

Natural Immunity

• Physical barriers: Skin, mucosal linings.
• Physiological defenses: Stomach acid, saliva, tears.
• Cellular defenses: Neutrophils, macrophages, NK cells.
• Supplement proteins: 30 blood proteins that destroy pathogens (Chaplin, 2010; Danilova, 2015; Marshall et al., 2018).

Acquired Immunity

• Develops after birth via pathogen exposure or vaccination.
• Requires B cells (antibody production) and T cells (helper, cytotoxic, suppressor).
• Antibody classes:
• IgA: Protects mucosal surfaces.
• IgD: Activates B cells.
• IgE: Defends against parasites, pesticides, and allergens.
• IgG: Provides long-term immunity.
• IgM: Removes bacteria in the body (Schroeder & Cavacini, 2010; Hachimura et al., 2018).

Together, the immune system forms a highly organized defense mechanism protecting health throughout life.

Conclusion

Combining herbal teas and juice therapy into a balanced nutrition plan creates a rich spectrum of vitamins, minerals, and plant compounds that improve wellness and immune resilience. These approaches complement evidence-based medical care. Individuals considering fasting or juice therapy should consult healthcare professionals, especially if underlying medical conditions exist. Good Health!

Medical Disclaimer: I am not a medical professional and this article is based on personal research and experience . It is for informational and educational purposes only. Please consult alwats your doctor for advice or a qualified healthcare provider before making any changes to your diet.

References

• A pilot study on wheat grass juice for its phytochemical, nutritional and therapeutic potential on chronic diseases.
• Basu, A. and Penugonda, K. (2009) Pomegranate juice: a heart-healthy fruit juice
• Carr, A. and Maggini, S. (2017) Vitamin C and Immune Function
• Chan, J.M. and Giovannucci, E.L. (2001) Diet: Vegetables, Fruits, Associated Micronutrients, and Risk of Prostate Cancer
• Lee, E. et al. (2026) Beetroot Juice and Exercise for Clinical Health and Athletic Performance

Complementary Approaches for Asthma: Nutrition and Lifestyle Tips

Asthma is a complex respiratory condition that affects 300 million people worldwide, influenced by genetics, environment, lifestyle, and is a chronic inflammatory airways disease. The main goal in managing asthma is to optimise the use of medication. According to researchers, nutrition and lifestyle are rapidly increasing as valuable complementary strategies. These methods are not expensive, have minimal side effects, are widely used and promote better adherence. This article discusses different lifestyle methods tested in asthma management, such as nutritional guidance, increased physical activity, and therapies including massage and yoga (Stoodley et al., 2019).

Experts indicate that better consumption of vegetables, fruits, and whole grains alongside physical activity can have a greater effect against asthma symptoms. Losing weight also benefits patients with obesity, as a decrease of 5–10% in body weight can improve asthma control and quality of life. Further studies show that other methods such as meditation, massage therapy, and yoga appear promising. Asthma symptoms are commonly characterised by wheezing, coughing, shortness of breath, and chest tightness, which vary in frequency and severity.

Lifestyle factors, especially obesity and inactivity, have gained attention from asthma researchers. Studies have found that obesity is linked to increased asthma severity, reduced symptom control, and lower quality of life. Some people with asthma avoid exercise due to fear of exercise-induced bronchoconstriction, which can negatively affect their condition. There is a growing interest in alternative interventions, particularly in dietary and exercise-related methods, as a complement to traditional asthma treatments.

Diet and Asthma Management

Diet plays a very important role in chronic disease prevention and management, including asthma. Few dietary patterns appear to influence asthma outcomes. Several researchers, including cross-sectional analyses, suggest that adhering to the Mediterranean or DASH (Dietary Approaches to Stop Hypertension) diet is associated with improved asthma control, particularly in children, but this intervention remains limited. More clinical trials are needed to establish dietary patterns for asthma management.

Complementary Health Approaches for Asthma

Complementary health approaches refer to alternative medicine systems, practices, and products that involve different methods, including herbal remedies, acupuncture, spinal manipulation, meditation, and dietary supplements.

These methods are usually based on how therapy is received or applied, including:

• Nutritional: Herbal remedies, probiotics, specialised diets, and microbial approaches.
• Psychological: Hypnosis, music therapy, relaxation exercises, and meditation.
• Physical: Massage, spinal manipulation, and acupuncture.
• Combined Methods: Yoga, dance therapy, tai chi, or mindful eating that combine physical and psychological benefits.

Studies indicate that stress and anxiety can worsen asthma symptoms. Poor asthma control is linked to higher anxiety and depression levels. Methods such as meditation, yoga, and relaxation techniques can improve emotional well-being and support better asthma management (Asthma and Complementary Health Approaches: What You Need To Know, no date).

Vitamin C

Vitamin C is one of the most well-known antioxidants and is often recommended as a complementary therapy for asthma. Many observational studies show a positive link between vitamin C intake and improved lung function. However, one systematic review of 11 randomised controlled trials found no significant difference between placebo and vitamin C groups. More research is needed to confirm its effectiveness (Stoodley et al., 2019). Additionally, studies indicate that consuming fruits and vegetables can reduce medication use in children, improve asthma control, and enhance adults’ quality of life.

Dietary Fibre

The Western diet, which is low in vegetables, fruits, and whole grains, results in reduced fibre intake. Dietary fibres—especially soluble ones—are fermented by gut bacteria to produce short-chain fatty acids beneficial to lung health. People with higher fibre intake tend to have better airway function and less inflammation.

Omega-3 Fatty Acids in Asthma

Omega-3 polyunsaturated fatty acids (n-3 PUFAs), found in oily fish such as salmon, sardines, and herring, have anti-inflammatory effects. They reduce cytokine production and compete with omega-6 fatty acids, helping to modulate inflammation.

Saturated Fat

Foods such as fatty meats, full-fat dairy, pastries, and cakes are high in saturated fats, which can increase inflammation and oxidative stress. High saturated fat intake may worsen airway inflammation and reduce the effectiveness of bronchodilator medication (Stoodley et al., 2019).

Historical Perspectives

The following studies were discussed in Journal des Progrès des Sciences et Institutions Médicales en Europe, en Amérique, etc.:

A Remedy for Asthma by Dr. Chiarenti (1827)

Dr. Chiarenti found that exposure to fresh air and strong winds relieved asthma symptoms. He experimented by artificially inflating the lungs using bellows, which provided rapid relief and sometimes lasting improvement. He concluded that forcibly introducing air into the lungs could alleviate asthma attacks and possibly prevent recurrence (Chiarenti, 1827).

Treatment Methods for All Asthma Severity Levels

The 2014 GINA guideline update focuses on risk reduction and recommends using short-acting β2-agonists (SABA) as needed for Step 1 of asthma management, alongside low-dose inhaled corticosteroids (ICS) for long-term control. Although supported by a post hoc analysis of the START study, further research is required to confirm long-term benefits (Lammers, 1990).

How Diet & Lifestyle Influence Respiratory Health

Physical activity, diet, and environmental exposure all affect airway inflammation and mucus production. Reducing processed foods, refined sugar, and excessive dairy while increasing plant-based foods can help improve respiratory health.

Daily Recommendations

• Avoid dairy and sugary drinks.
• Prioritise vegetables, legumes, whole grains, nuts, and seeds.
• Stay active with low-impact exercise (walking, yoga, swimming).
• Improve indoor air ventilation and reduce dust, mould, and strong fragrances.

Traditional Medicine Approaches

Traditional systems such as Macrobiotics and Ayurveda emphasise balance through food selection, meal timing, and lifestyle to reduce inflammation. Typical macrobiotic diets include whole grains, seasonal vegetables, fermented foods, and mindful eating (Yuan et al., 2016).

Examples of Supportive Traditional Practices

• Regular breathing exercises and yoga to improve lung capacity.
• Fermented foods (small portions) to support gut health and immunity.
• Herbal teas such as sage, marshmallow root, or chamomile (consult a practitioner first).

Healing Diet vs. Healthy Diet

A healthy diet is sustainable and varied, while a healing diet may be targeted and temporary. Always consult a practitioner when following a specialised regimen.

Recommended Grains & Preparations

• Brown, black, and red rice
• Whole or pearl barley
• Boiled, lightly stir-fried, or added to soups and salads

Practical Recipe Ideas & Morning Routine

• Warm lemon water on waking to stimulate digestion
• Fruit ball: banana, green apple, and raspberries
• Light porridge with barley or brown rice and cinnamon

Frequently Asked Questions (FAQs)

Can food cure asthma? Dietary and lifestyle changes can help reduce symptoms but are not a replacement for prescribed medication.

Are herbal teas safe? Most herbal teas are gentle, but some interact with medications or are unsuitable during pregnancy. Always consult your healthcare provider before starting any herbal regimen.

How soon will I notice changes? Some people notice improvement within weeks; others take months. Consistency, good sleep, stress management, and avoiding triggers matter most.

Further Reading & Internal Links

Learn more about: Alkaline Plant Foods, What is Healthy Food, Foods to Avoid for Asthma.

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Note: This content is for informational purposes only and does not replace professional medical advice. Always consult a qualified healthcare provider for diagnosis and treatment. Any changes to diet or therapeutic programs should be supervised by a licensed practitioner. Use of information from this post is at your own risk.

Medical Disclaimer: I am not a medical professional and this article is based on personal research and experience. It is for informational and educational purposes only. Please consult your doctor for advice or a qualified healthcare provider before making any changes to your diet.

Learn more about complementary approaches for asthma: Asthma and Complementary Health Approaches - NCCIH

Official information on asthma management and lifestyle: American Lung Association - Asthma

Healthy eating and asthma: Nutrition Tips for Asthma - American Heart Association

References

• Asthma and Complementary Health Approaches: What You Need To Know (no date). NCCIH. Available at: NCCIH.gov
• Chiarenti, F. (1827) ‘A Cure for the Asthma’, The New England Medical Review and Journal, 1(3), pp. 329–330. DOI Link
• Lammers, W. (1990) ‘From Cure to Care: Transactional Analysis Treatment of Adult Asthma’, Transactional Analysis Journal, 20(4), pp. 245–252. DOI Link
• Stoodley, I. et al. (2019) ‘Evidence for lifestyle interventions in asthma’, Breathe, 15(2), pp. e50–e61. DOI Link
• Yuan, H. et al. (2016) ‘The Traditional Medicine and Modern Medicine from Natural Products’, Molecules, 21(5), p. 559. DOI Link

Understanding Cancer, and Supportive Wellness Approaches, Lifestyle and Nutrition

Introduction

Cancer is now one of the main causes of death worldwide, which makes cancer control a worldwide health priority. In 2010, there was a huge number of deaths, nearly 8 million, and research indicates that between one-third and one-half cancer cases may be prevented by only reducing the risk factors, including poor diet, smoking, and environmental toxins. Although many people say that cancers cannot be prevented, but early treatment and detection play an important role in improving survival rates and reducing mortality. Therefore, deciding which cancer prevention and treatment strategies should receive priority in worldwide health programs remains challenging. Nowadays, noncommunicable diseases NCDs such as cancer receive less than 3% of global health development funding, despite their growing international impact. Evidence from developing countries shows that early detection methods and prevention programs can be costly and also can reduce related deaths. Implementing those methods in low and middle-income countries can be difficult. Many of these countries face different challenges, including the healthcare infrastructure, low awareness about cancer, insufficient funding and shortages of trained doctors (Ilbawi and Anderson, 2015). Research indicates that 65% of worldwide cancer deaths occur in low and middle-income countries, and 5% of international health resources for cancer are directed to these areas. Therefore, this balance shows a stronger and the need for more coordination in the worldwide response. Although a better method for cancer control should focus on these three key goals:

• Preventing cancers that are avoidable by reducing risk strategies.
• To treat cancers that can be cured when detected in the early stages.
• Providing comfort care to improve quality of life when curative treatment and prevention are no longer possible.

Furthermore, the healthcare leaders and policy makers is essential to clearly understand the differences between early detection and prevention and how these strategies can work together within the healthcare system to reduce the global burden of cancer and improve patient outcomes (Ilbawi and Anderson, 2015).

The 42-Day Juice Fasting Protocol of the Breuss Treatment

The Breuss Treatment is considered effective because it focuses on restoring and cleansing the whole body rather than targeting a single illness. During the fasting period, the body receives nutrients from specially prepared herbal teas and vegetable juices rich in minerals and vitamins. The liquids help maintain the needful nutrients while giving the digestive system a rest. Although it is believed that at the same time that metabolism of the body may gradually return to a deep detoxification process, and it removes waste products and accumulated toxins. Those who completed the six-week fasting program have demonstrated strong belief and determination in natural healing methods. People who completed the treatment believe that a positive mindset can contribute to the body's metabolic processes, and also those who undertake the fast, they view it as an opportunity to take responsibility for their health. By the time this experience becomes a turning point for balance lifestyle, it encourages healthier habits and a closer connection with nature (Breuss, 1995).

Basic Treatment and guidance for the fasting method

The Breuss fasting method takes 42 days. During this time, solid foods are avoided. The diet consists only of herbal teas and specific juices. Water must also be consumed regularly during fasting to maintain hydration. It is highly recommended that the vegetable juice should be consumed in small amounts. The daily amount of vegetable juice should not exceed about 500ml, and that could be roughly two cups. Some individuals believe that drinking a smaller amount may provide better results. The juice must be prepared using organic vegetables.

The Traditional Methods Breuss Juice Mixture

The recommended vegetable juice is made primarily from root vegetables. A typical mixture includes:

• beet root 300 g (9.6 oz.)
• carrots 100 g (3.2 oz.)
• celeriac (celery root) 100 g (3.2 oz.)
• black radish juice 30 g (1.06 oz.)
• 1 potato, the size of an egg

The vegetable juice is usually processed using a juicer machine or pressed in a traditional way by filtering through a fine strainer or using a cloth before drinking. Supporters of this fasting method claim that cancer cells rely on nutrients from solid foods, but vegetable juice provides nutrients for the body without supporting tumour growth. According to this method, consuming only the recommended juice and teas may weaken cancer cells for 42 days while the body remains healthy. Normally, during the fasting periods, people can lose 5 to 15 kilograms, but many reports indicate that they feel relatively well during the process (Breuss, 1995). The best way to consume the juice is slowly by using a spoon. Allowing the juice to remain in the mouth for a few seconds before swallowing may help mix it with saliva and may improve digestion.

Herbal Teas Used in the Fasting Program

During the fasting periods, a few herbal teas are traditionally recommended as part of the fasting program.

Sage Tea

Sage tea plays a crucial role in the program. For gargling, sage leaves are steeped in hot water for about ten minutes. For drinking the sage tea, the herb must be steeped for approximately three minutes. Usually, two or one teaspoons of sage are added to half a litre of boiling water.

Kidney Support Tea

This special tea is used to support kidney functions. The ingredients include:

• horsetail (Equisetum arvense) 15 g (0.53 oz)
• stinging nettle (Urtica dioica) (Nettle is best collected in springtime) 10 g (0.35 oz)
• knotgrass (Polygonum aviculare) (also called bird grass) 8 g (0.28 oz)
• St. John's wort (Hypericum perforatum) 6 g (0.21 oz)

The Kidney tea is consumed in small portions during the first three weeks of the treatment.

Example Daily Routine of the Fasting Method

• Morning: Begin with a small amount of kidney tea.
• Next, 30–60 minutes later: Drink warm sage tea combined with herbs such as St. John's wort, lemon balm, and peppermint.
• After another 30–60 minutes: Take a small sip of the vegetable juice mixture, allowing it to mix with saliva before swallowing, as mentioned above, leave it in.

A small amount of juice may be taken throughout the morning, 10 to 15 times. Sage tea may be consumed cold or warm, depending on hunger, and sugar should not be added. Furthermore, it is recommended that a small portion of kidney tea be taken at midnight or in the evening, especially during the first week. Some people may experience difficulty with bowel movements during the fasting time because the body uses most of the nutrients from tea or juices. If you experience constipation, it is suggested to drink herbal tea such as chamomile or enemas for the treatment (Breuss, 1995).

Cardio-Oncology in Transition: From Cancer Patients to Survivors

Lately, increased attention has been given to the health effects of cancer patients due to the transition of individuals from cancer to long-term survivors. The evidence has provided strong information for anticancer therapies to raise cardiac risk. These researchers indicate that individuals treated for cancer face up to an eightfold increase in risk for cardiovascular disease compared to the general population, and they say this could happen even after 25 years of treatment. The main priority in this field to deepen the research in cardio-oncology among cancer patients. It is important to identify patients with specific risk factors that may contribute to treatment-related heart toxicity. It is also crucial for the early detection of cardiac damage. Although personal treatment methods are necessary for balancing the cancer therapy and possibly the risk of cardiovascular harm (Zambelli, Porta and Rosti, 2010). Cardiovascular side effects it has become notable risks, particularly with tyrosine kinase inhibitors (TKIs) such as monoclonal antibodies including bevacizumab and trastuzumab, as well as drugs such as sorafenib, sunitinib and lapatinib. There is evidence that those treatments may carry a risk for cardiovascular disease. Although endothelial cells play an important role in maintaining and supporting cardiac function. Therefore, the evidence does not support oxidative stress as the cause of long-term cardiotoxicity. Research indicates the understanding of angiogenesis (Zambelli, Porta and Rosti, 2010).

The Science of Fasting: Disease Resistance, Boost Longevity, and Energy

People have been fasting for thousands of years, but only researchers have significantly discovered in recent decades its biological effects. Scientists indicate that fasting activates adaptive cellular responses that help reduce inflammation and oxidative stress. I also improve energy metabolism and increase cellular protection. Fasting for the long term has been linked to increased lifespan through stress response pathways and the regulation of metabolism. In animal studies, various fasting patterns, including periodic and intermittent fasting, have shown protective effects against conditions such as cancer, diabetes, neurodegenerative disorders, and cardiovascular disease. In humans, fasting has been linked with improvement of blood pressure, asthma, obesity, and autoimmune conditions, including rheumatoid arthritis. Furthermore, fasting may play an important role in supporting disease prevention and slowing ageing processes and sometimes with side effects than in a restricted diet. Human fasting includes little to no food or high-energy drinks for periods ranging from around 12 hours to several weeks. Many people practice fasting as a religious tradition, including the Holy month of Ramadan in Islam, and in different ways in Judaism, Buddhism, Christianity, and Hinduism (Longo and Mattson, 2014). It is crucial to distinguish fasting from caloric restriction, and as we are aware that fasting involves no food intake, or little or no water during fasting time, caloric restriction refers to an adequate reduction in daily calories between 20% to 40% and that includes without changing meal frequency. Starvation can also lead to severe health consequences, and biological fasting activates processes including ketone production (Ketogenesis) and determines key cellular mechanisms, such as autophagy (cellular cleanup), fat breakdown, and improves stress resistance. These changes may be beneficial to its therapeutic effects, and in a few cases have been shown to very comparable too a few medical treatments, such as reducing seizures and improving symptoms of rheumatoid arthritis (Beaglehole, Bonita and Magnusson, 2011).

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Medical Disclaimer: I am not a medical professional and this article is based on personal research and experience. It is for informational and educational purposes only. Please always consult your doctor or a qualified healthcare provider for advice before making any changes to your diet or wellness routine.

References:

Beaglehole, R., Bonita, R. and Magnusson, R. (2011) 'Global cancer prevention: An important pathway to global health and development', Public Health, 125(12), pp. 821–831. Available at: https://doi.org/10.1016/j.puhe.2011.09.029.

Breuss, R. (1995) The Breuss Cancer Cure.

Ilbawi, A.M. and Anderson, B.O. (2015) 'Cancer in global health: How do prevention and early detection strategies relate?', Science Translational Medicine, 7(278). Available at: https://doi.org/10.1126/scitranslmed.3008853.

Longo, V.D. and Mattson, M.P. (2014) 'Fasting: Molecular Mechanisms and Clinical Applications', Cell Metabolism, 19(2), pp. 181–192. Available at: https://doi.org/10.1016/j.cmet.2013.12.008.

Zambelli, A., Porta, M.D. and Rosti, V. (2010) 'From cancer patients to cancer survivors: The issue of Cardioncology – A biological perspective', European Journal of Cancer, 46(4), pp. 697–702. Available at: https://doi.org/10.1016/j.ejca.2009.12.011.