Kashmir Health Portal

15/03/2026

11/03/2026

A large-scale study analyzing health records from nearly 46 million adults in England (precisely 45.7 million) has shown that COVID-19 vaccination was associated with a **lower incidence** of major cardiovascular events, such as heart attacks and strokes.

Published in *Nature Communications* (2024) by Ip, S., et al., the nationwide cohort study examined data from December 8, 2020, to January 23, 2022, during the UK's vaccination rollout. Researchers compared the rates of arterial thrombotic events (mainly acute myocardial infarction and ischaemic stroke) and venous thrombotic events (mainly pulmonary embolism and deep vein thrombosis) after vaccination to those before or without vaccination.

Key results include:
- After the first dose, the incidence of common arterial events was generally lower, with reductions of up to around 10% in certain periods (e.g., 13–24 weeks post-dose).
- The protective association strengthened with additional doses: later time windows after second doses and boosters showed even greater reductions in event rates for various vaccine brands and combinations.
- For specific examples reported in coverage of the study, risk reductions reached approximately 20% for Pfizer/BioNTech recipients and 27% for AstraZeneca recipients in some post-booster intervals.

While the study confirmed rare known side effects—such as myocarditis/pericarditis (mainly after mRNA vaccines) and vaccine-induced thrombotic thrombocytopenia (after AstraZeneca's first dose)—these occurred infrequently and were far outweighed by the cardiovascular risks posed by COVID-19 infection itself, which significantly elevates the chances of serious heart issues and blood clots.

Dr. Samantha Ip and colleagues concluded that these findings reinforce the overall cardiovascular safety of COVID-19 vaccines and support continued vaccination efforts, as the shots not only guard against severe respiratory disease but also appear to help protect the heart and circulatory system on a population level.

The original paper's title is "Cohort study of cardiovascular safety of different COVID-19 vaccination doses among 46 million adults in England," and it provides robust evidence countering claims that vaccines increase heart attack or stroke risks—instead highlighting a net reduction in these events post-vaccination.

09/03/2026

🍄✨ Mind-Blowing Discovery: Magic Mushrooms Might Help Slow Aging? ✨🍄
A brand-new study from Emory University (published in Nature Aging) found that psilocybin (the compound in "magic mushrooms") extended the lifespan of human skin and lung cells by over 50% in lab tests! 🧬

Treated cells showed:
Slower aging signs
Better protection from stress & damage
Healthier mitochondria (cell powerhouses)
Less oxidative wear-and-tear
Even more intriguing: In older mice, low-dose psilocybin boosted survival rates significantly (up to 80% alive after months vs. 50% in controls). Researchers think it could protect cells at a deep level — and we already know psilocybin helps with mental health in clinical settings.

Of course, this is early preclinical research (cells + mice, not people yet), so huge potential but still a long way from any "fountain of youth" pill. Exciting glimpse into how nature's compounds might unlock healthier aging though! 🌿🔬

What do you think — could psychedelics from mushrooms become the next big thing in longevity science? Or is this just wild hype? Drop your thoughts below! 👇
(Study link in comments if you're curious — always chat with a doctor before trying anything experimental!)

Disclaimer: For educational purposes only. Not medical advice. This is emerging science, not proven human treatment.

09/03/2026

A 72-hour water fast triggers notable metabolic adaptations, including entry into sustained ketosis, activation of autophagy for cellular repair, reduced inflammation, and improved insulin sensitivity. It promotes fat burning and may support immune cell turnover in certain contexts.

Key Evidence-Based Benefits of a 72-Hour Fast:

Autophagy and Cellular Cleanup — Extended fasting (beyond ~24–48 hours) strongly induces autophagy, where cells recycle damaged components, potentially supporting long-term cellular health and reducing risks tied to accumulated damage.

Immune Function Support — Research (primarily in mice and preliminary human studies) indicates prolonged fasting depletes some older/damaged white blood cells, followed by stem cell-mediated regeneration during refeeding—potentially beneficial for immune resilience, especially in stressed systems (e.g., aging or during medical treatments).

Ketosis and Fat Burning — By days 2–3, glycogen stores deplete, leading to deep ketosis and increased fat oxidation for energy, resulting in noticeable weight/fat loss.

Reduced Inflammation and Metabolic Improvements — Fasting lowers insulin and inflammatory markers while enhancing insulin sensitivity and metabolic flexibility.
Hormonal Changes — Growth hormone levels rise, supporting fat metabolism and muscle preservation during energy deficit.

Psychological Effects — Many experience a sense of accomplishment and reduced reliance on frequent eating, fostering discipline—though acute effects on mood/cognition can vary.

These benefits are supported by studies on prolonged fasting, but results depend on individual factors. Extended fasts are not suitable for everyone and should be medically supervised to avoid risks. For most, shorter intermittent fasting may offer similar advantages with fewer challenges.

09/03/2026

Vitamin E Deficiency

08/03/2026

Got a Dental Crown? Bad Breath Coming from That Tooth? Don’t Ignore It—Here’s What the Experts Say (2025-2026 Latest Research)

If your crowned tooth—especially when you touch it—starts smelling bad, it’s not “just a little odor.” It’s a red flag. Top dentists and recent studies (Journal of Clinical Periodontology & Advanced Dental Research, 2025) make it crystal clear: crowns themselves don’t stink—but bacteria, trapped food, poor margins, or hidden decay underneath do.

Here’s the real picture:
- A tiny gap between crown and tooth = bacteria party.
- If the fit isn’t perfect, decay creeps in fast.
- Even after re-cementing or re-doing it once, the smell comes back—because the root cause isn’t fixed.

Why does it happen?
Research shows: 50% of people with bad breath from crowns have open margins or micro-cracks. Over time, this leads to infection, gum disease, even bone loss.

**Permanent Fix?**
1. Get an X-ray from a good endodontist or periodontist—right now. See if decay is underneath.
2. If only the fit is off—replace with a high-quality zirconia crown, perfectly sealed.
3. If decay is deep—root canal + new crown. That’s the gold standard; it kills the infection at the source.

**Quick tips till then:**
- Use floss threaders under the crown daily.
- Rinse with chlorhexidine mouthwash (antimicrobial).
- Check-up every 3–6 months—no excuses.

Ignore it? You risk losing the tooth. Fix it early—you’ll breathe easy again.

Tag a friend who needs this. And if you’re dealing with it, drop a comment—I’ll point you to what worked for others.

04/03/2026

Guess the 2 wonder Vegetables

04/03/2026

Aloe vera juice shows promising potential in supporting thyroid function in certain cases of Hashimoto’s thyroiditis, particularly subclinical hypothyroidism, based on limited research. A 2018 study found that daily intake of 100 ml Aloe barbadensis Miller juice for 9 months significantly reduced inflammation and thyroid peroxidase (TPO) antibodies (key markers in Hashimoto’s), lowered TSH levels, and increased free T4, leading to normalized thyroid function in all participants with early-stage, untreated subclinical hypothyroidism. It appeared to decrease the autoimmune burden on the thyroid gland and improve its hormone production, with reduced reliance on peripheral T4-to-T3 conversion.

🗂️ How Aloe Vera May Help Thyroid Function (Based on Available Evidence):

📑 Reduces Inflammation: Aloe vera has anti-inflammatory properties that may help decrease autoimmune inflammation in the thyroid, a factor in Hashimoto’s.

📑 Lowers Thyroid Antibodies: In the study, it significantly reduced TPO antibodies, potentially helping to ease the autoimmune attack on the thyroid.

📑 Supports Hormone Balance: By lowering antibodies and inflammation, it was associated with improved TSH, increased free T4, and restoration of normal thyroid function in early cases.

Note: These findings come from a small, preliminary study (PMID: 29527506) in women with mild, untreated subclinical hypothyroidism. It does not prove Aloe vera acts as an adaptogen, directly mimics TSH, or broadly aids T4-to-T3 conversion. Larger, controlled trials are needed. It is not a substitute for medical treatment.

‼️This information is for educational purposes only and is not medical advice. Consult your doctor before trying Aloe vera (or any supplement), especially if you have thyroid issues, take medications (e.g., levothyroxine, as Aloe may affect absorption), or have health conditions. Do not stop or change prescribed treatments based on this. ❤️

04/03/2026

Alert 🚨 Very important test

The NT-Pro BNP Test is a highly specific blood test used to detect and evaluate Heart Failure. It measures a hormone released by your heart when it is stressed or working too hard. This is the gold-standard test to find out if shortness of breath is caused by a heart problem or a lung problem.

27/02/2026

3 Fruits to fight Liver ailments

26/02/2026

Coffee consumption is linked to reduced mortality from chronic liver disease, primarily through its **antifibrotic**, **antioxidant**, and **anti-inflammatory** effects, along with improvements in metabolic health.

Here are the key mechanisms:

- **Antifibrotic action** — Caffeine blocks adenosine receptors (particularly A2A) on activated hepatic stellate cells, the main drivers of liver fibrosis. This inhibition reduces the release of profibrotic factors like connective tissue growth factor (CTGF) and collagen production, thereby slowing the development and progression of fibrosis toward cirrhosis.

- **Antioxidant protection** — Coffee boosts glutathione levels, a critical antioxidant that helps the liver detoxify reactive oxygen species and harmful substances. Additionally, diterpenes such as kahweol and cafestol upregulate phase II detoxification enzymes (e.g., glutathione S-transferase, or GST), enhancing the neutralization of potential carcinogens and reducing oxidative stress in hepatocytes.

- **Anti-inflammatory effects** — Polyphenols in coffee, especially chlorogenic acid (CGA), inhibit proinflammatory signaling pathways. This lowers production of damaging cytokines and mediators that contribute to ongoing liver injury and chronic inflammation.

- **Metabolic benefits** — Coffee improves insulin sensitivity, reduces hepatic fat accumulation (a major factor in non-alcoholic fatty liver disease, or NAFLD), and promotes autophagy — the body's process for clearing damaged cellular components — helping prevent steatosis and related progression.

- **Clinical markers** — Regular coffee drinkers typically exhibit lower serum levels of liver enzymes such as ALT, AST, and GGT, which are established indicators of hepatocyte damage, inflammation, and liver stress.

These protective effects are supported by epidemiological data showing dose-dependent reductions in chronic liver disease incidence, fibrosis progression, cirrhosis risk, and liver-related mortality among coffee consumers (often most pronounced at ≥2–3 cups/day).

Key references (PMIDs): 37781708, 24464631, 28596816, 25305507.