Parents report success by disguising or pairing vegetables creatively. Fry green beans or cauliflower in a little butter, coat with breadcrumbs, and serve as nuggets for a familiar crunch. Blend vegetables into pasta sauces or pesto for hidden nutrition, or mix them into favourite dishes like curries and spaghetti Bolognese. Homemade burgers loaded with grated vegetables also appeal to young taste buds. These approaches boost intake of vitamins, fibre and antioxidants essential for immunity and digestion without creating conflict.

Routine helps during unstructured holidays. Visual boards showing upcoming snacks and activities reduce anxiety for some children. Offer multiple healthy choices so kids feel in control, and always include familiar vegetables on the plate even if untouched. Praise any interest shown, such as requesting carrots, to build positive associations.

Research indicates children may need up to 15 exposures before accepting new foods, so persistence pays off. Avoid forcing clean plates, which can create pressure and long-term resistance. Instead, model calm enjoyment of meals yourself.

Note that sensory issues linked to special educational needs differ from typical fussiness and may require tailored professional advice. Consistent, low-pressure exposure helps most children develop lifelong healthy eating habits that protect against future health concerns.

Dr. Mehdi Boroujerdi, a pharmaceutical researcher, highlights in his review from the Handbook of Creatine and Creatinine In Vivo Kinetics that creatine is not a steroid but an energy facilitator, debunking common myths. For Indian doctors, this is particularly relevant given the high prevalence of vegetarian diets in the population, which often result in lower baseline creatine levels, potentially amplifying supplementation benefits. Emerging research suggests creatine’s anti-inflammatory and antioxidant properties could extend to therapeutic applications, including neuroprotection in Parkinson’s disease, mood enhancement in depression, and mitigation of muscle and bone loss during menopause or aging—areas of growing concern in India’s aging demographic and rising mental health challenges.

Supplementation, typically with creatine monohydrate, involves a loading phase of 20 grams daily (divided doses) for 5-7 days, followed by 3-5 grams maintenance, though gradual dosing achieves similar saturation. Factors like carbohydrate co-ingestion enhance absorption, while individual responses vary by age, sex, diet, and muscle mass—women and vegetarians often showing greater gains. Safety profiles are robust for healthy individuals, with no evidence of kidney damage in those without pre-existing conditions, though consultation is advised. However, creatine is not a panacea; it doesn’t directly build muscle or exceed saturation limits, with excess excreted as creatinine. Dr. Boroujerdi calls for more human studies using labeled creatine to clarify kinetics, especially in clinical settings.

For Indian healthcare professionals, integrating creatine could support preventive strategies in general health, neurology, and geriatrics, potentially positioning it as an over-the-counter therapeutic amid India’s focus on affordable, evidence-based interventions. While promising for cognitive function, athletic performance, and chronic conditions, rigorous trials are needed to substantiate broader applications.

The study builds on FGF21’s established role in metabolic regulation, with analogs already in clinical trials for MASH, a condition linked to obesity and type 2 diabetes that affects up to 30% of Indian adults with diabetes. By mapping this brain circuit, the research paves the way for developing FGF21-based drugs that minimize adverse effects while effectively combating obesity and liver pathology. Potthoff’s team notes that while the current work centers on weight loss, further investigations are needed to confirm the circuit’s role in reversing MASH. This discovery aligns with global efforts to address obesity, a major public health challenge in India, where urbanization and dietary shifts have escalated rates. For specialists, integrating such hormonal insights could enhance multidisciplinary approaches, combining pharmacotherapy with lifestyle interventions. Overall, this advances our understanding of neuroendocrine control of metabolism, potentially revolutionizing treatment paradigms for obesity-related disorders.

For Indian clinicians, the findings reinforce both opportunity and caution. Prolonged fasting appears to modulate pathways linked to insulin sensitivity, lipid metabolism, and low-grade inflammation, offering a mechanistic basis for observed benefits in metabolic disorders. At the same time, the study recorded transient rises in platelet-activation and clotting-related proteins, underscoring risks of electrolyte imbalance, dehydration, and muscle loss. Extended fasting should therefore be considered only under medical supervision and is contraindicated in patients with diabetes, cardiovascular disease, or eating disorders. The data also support future development of fasting-mimetic therapies that could deliver similar molecular effects without requiring complete food deprivation.

This threshold, achievable through short interval protocols such as 4×4-minute efforts or Tabata-style 20-second bursts, improves endothelial function, blood-pressure regulation, and glycemic control for 24–48 hours post-exercise while lowering lifetime risk of more than 30 lifestyle diseases and premature mortality by 40–50%. Spreading sessions across two to four days optimises these acute metabolic effects, and the newly validated Activity Quotient (AQ) metric, derived from heart-rate data, provides an objective method to quantify intensity and track patient progress (≥25 AQ points/week shows benefit; ≥100 points yields optimal outcomes).

Additional benefits include exercise-induced neurogenesis and preservation of muscle strength when combined with resistance training, particularly relevant for middle-aged and older adults. These findings challenge current volume-based guidelines and support brief, vigorous “micro-workouts” as a time-efficient prescription for Indian patients facing busy schedules.

This two-dose vaccine is given as injections three months apart. It works for those who have never had dengue as well as those previously infected, making it practical for widespread use. Clinical data over seven years show it reduces infections and hospital stays across different virus types.

Dengue cases in India have risen sharply, increasing eleven times in two decades. The country bears nearly one-third of the global burden, with the virus spreading through Aedes mosquitoes in many regions. Symptoms often include high fever, severe headaches, joint pain, and rash. In severe cases, it can lead to dangerous complications requiring hospital care.

Qdenga’s approval comes at a vital time. Produced locally through a partnership with Biological E in Hyderabad, the vaccine could soon become more affordable. Experts stress combining vaccination with mosquito control measures like eliminating standing water and using repellents.

Health experts note that India sees widespread “hidden hunger,” where people consume enough calories but lack essential vitamins and minerals. About 60 percent of the population faces shortfalls in iron, vitamin A, and B12, increasing risks for anemia and making individuals more prone to diabetes. Overly polished white rice tastes appealing and cooks quickly, yet the refining process strips away these vital elements.

Fortified rice restores iron, folic acid, and vitamin B12 through a regulated process that meets national safety standards. This approach helps pregnant women, young children, and anyone at risk of nutrient gaps without requiring major diet changes. Studies link better nutrient intake from staples to improved immunity and lower chances of chronic conditions.

While fortified rice supports health goals, it works best alongside a balanced plate of vegetables, proteins, and whole grains. Families can start by checking labels for fortified options available in many markets. Small shifts like this may help protect long-term wellness and reduce future medical concerns.

Hospital is led by two highly qualified pediatricians – Dr. Manila Singhvi and Dr. Jigar Anadkat with specialized fellowships in neonatal care and pediatric ICU.

These routines frequently include sophisticated products designed for adults, containing ingredients meant to fight wrinkles or boost luminosity. Children’s skin is still developing and more sensitive, so such products may cause irritation, dryness, or disrupt the natural skin barrier over time. Pediatric experts note that young skin needs only gentle cleansing and basic moisturizing, not complex regimens with active chemicals.

Social media amplifies the trend, with videos of even preschoolers applying makeup and skincare while narrating their day. Parents should monitor content exposure and choose age-appropriate products labeled for children. Consulting a dermatologist or pediatrician helps families select safe options and avoid unnecessary treatments.

Teaching kids healthy skin habits early supports long-term well-being without the pressure of flawless appearances pushed online.

Traditional vaccines often target one virus strain and lose effectiveness when the virus mutates, requiring frequent updates. This new approach uses genetic data from many coronaviruses collected through global surveillance. AI analyzed these codes to design a single antigen that trains the immune system to recognize and fight an entire virus family—even if the viruses change or jump from animals to humans.

The vaccine aims to stay ahead of threats rather than reacting after an outbreak begins. Early safety trials in 39 volunteers showed it is well tolerated, with a larger study of about 200 people now testing how strongly it boosts immune protection. While the initial immune response was modest, scientists view the technology as promising and are already applying it to develop vaccines against flu and Ebola.

For patients and families, this represents a shift toward proactive protection. Instead of yearly updates, future vaccines could offer broader, longer-lasting defense against respiratory viruses. The work is still early, yet it highlights how AI can speed up the creation of safer, more versatile tools to prevent serious illness and future health crises.