Letting Kids 'Play Around' Is Actually Good For Them- Here's Why
When I met my friend Aishwarya's daughter, Aanya, on a Sunday afternoon, she was building an entire world in her backyard using only sticks, leaves, and her imagination. In her eyes, a stick became a magic wand, leaves turned into currency for her "shop," and an old cardboard box was her fortress. Aishwarya admitted that this was Aanya’s “free play” time—a period without gadgets, instructions, or adult guidance, which made me curious.
To put this to rest, we had a word with Dr Kushal Agrawal, Neonatologist and Head of the Department of Neonatology and Paediatrics at KVR Hospital Kashipur, "Unstructured play is much more than just frivolous fun. It is an integral part of child development. Today, children do not have much scope for free play. With the academic system, straddled by extracurricular activities and digital entertainment, the scope for unstructured play is getting smaller and smaller.". On the contrary, research reveals that unstructured plays hold a lot of benefits for children that structured activities may not have in store.
According to Dr Agrawal, "free time plays" are a great way for kids to get involved in physical activities meant for their growth. "When children are left to play freely, their movements become more varied and spontaneous," he says. Science behind this practice does support this because free play increases the levels of physical activity, which is moderately vigorous in children; this is essential in preventing childhood obesity and promoting health in general.
Other than these, the outdoor environments provide opportunities and challenges for natural development outside. While children run, jump, climb, and look around the outdoors, they can become able to develop strength, coordination, and endurance for a healthy and active lifestyle by exercising. Otherwise, structured activities often restrict children to specific movements or instructions.
Except for physical fitness, disorganized play lays the foundation for basic social and emotional capabilities. During unorganized play, children invent their games, negotiate roles, settle disputes, and collaborate to attain some common objectives. According to Dr. Agrawal, "such interactions build empathy, cooperation, and communication skills as children learn to express themselves, listen to others and adapt to group dynamics.".
Research indicates that children learn emotional resilience through unstructured play, navigating minor setbacks in a low-stakes environment. If the game goes sour, kids learn to solve the problem on the spot; this builds up their self-confidence as well as independence. This is a kind of play that gives children the freedom to learn by themselves and try new things without having the fear of being prohibited by others or the fear of failure.
Freedom in play helps unlock a child's creativity and the problem-solving aspects. Most structured activities have predetermined tasks or instructions that do not develop creative thought. According to Dr Agrawal, "When children are allowed to be free, they can explore and create their own scenarios, which are meant for developing unique solutions based on critical thinking.".
Unstructured play provides children with a number of materials for play—blocks, sand, or leaves, for example—without script, so that they invent games, build imaginary worlds, and, in a very real sense, answer their natural curiosity. It has been proven that this type of play helps children to make decisions, adaptability, and innovations, qualities useful throughout life.
Dr Agrawal believes that unstructured play is a very important factor of all-rounded child development. "Nowadays, children's lives are very scheduled, so it's very important for the parents to remember how necessary play is", he further adds. Being freely playful would be a great support to their healthy physical development as well as social, emotional, and cognitive development.
As parents, we can encourage free play by creating an environment that encourages exploration and curiosity. What can be very impactful is giving the child a safe outdoor space and setting aside gadgets to allow for uninterrupted time to play. As these spaces tend to be counterintuitive to everything that can be seen as a hallmark of productivity and measurable progress, unstructured play allows the children to build resilience, independence, and joy.
More than just being childhood, unstructured play confers a wide range of benefits since children learn to manage social dynamics, solve problems independently, and bring their creativity into life which puts them better prepared for the challenges of adulthood. In this natural form of play, people lay down a foundation for lifelong skills to achieve balanced wellbeing and success.
The next time you catch your child playing carefree—maybe using a stick as a wand or a rock as a pet—take the time to be thankful for the developmental steps.
Credit: AI Image
Arthritis is often associated with ageing, but it can also affect children. The most common form of chronic arthritis in children under 16, including those as young as 1, is Juvenile Idiopathic Arthritis (JIA).
Because its early symptoms can be subtle, JIA often goes unrecognized, delaying diagnosis and increasing the risk of joint and growth-plate damage.
Young children may not know how to describe joint pain. Instead, they may change their behavior to avoid discomfort, making it important for parents to notice changes in movement and activity.
A toddler may limp, take longer to get ready or become less active, Dr. Rashmi Jinnakeri, Consultant Pediatrician, Apollo Hospital, Bengaluru, told HealthandMe. These signs may be mistaken for a viral infection, growing pains or simple clumsiness.
Also read: Too Much Cow’s Milk Linked To Severe Iron Deficiency In Toddlers, Including Three Deaths
Unlike an injury, JIA symptoms tend to persist, Dr. Chirag Rajkumar Kopp, Consultant – Clinical Immunology & Rheumatology, Ramaiah Memorial Hospital, told HealthandMe.
Parents should watch for:
Morning sluggishness:
A child who normally wakes up energetic may suddenly take much longer to get out of bed, get dressed or start moving. Similar stiffness or sluggishness may occur after an afternoon nap. This can be one of the more subtle signs of JIA in young children.
Sudden clumsiness:
Parents may notice a child dropping objects, tripping, coloring messily or struggling with buttons and zips. Subtle limping after waking may also occur and can improve as the day progresses.
Avoiding play and physical activity:
Children may begin avoiding sports, physical education or activities they once enjoyed. A child who previously loved running and jumping may increasingly prefer to sit or find reasons not to participate.
Going back on milestones:
Some toddlers may show regression in movement. A child who was walking may start crawling again or frequently ask to be carried. Mild swelling, particularly around a knee, can also be overlooked. If only one joint is affected, parents may assume the child bumped it while playing.
Fatigue, fever and rashes:
Some children may appear unusually tired, have low energy or repeatedly say they cannot walk. Fleeting rashes with fever may be mistaken for viral infections. Repeated low- or high-grade fever without cough, cold or vomiting can also occur.
Read More: 'Let's Fix Our Food': India Launches New Policy To Fight Childhood Obesity, Boost Nutrition
Children may describe both conditions simply as “leg pain”, making the distinction difficult, Dr. Rashmi said.
Growing Pains
Juvenile Arthritis
JIA occurs when the immune system mistakenly attacks healthy joints, causing inflammation. The exact cause is not known.
“When this goes unrecognized for too long, the effects don't simply fade with time. Joint damage can become permanent; a child's growth can be affected, and the disability that follows may last well into adulthood,” Dr. Chirag said.
Early treatment with disease-modifying antirheumatic drugs (DMARDs) and, when needed, biologic therapy can control inflammation and help prevent lasting damage. With early recognition and treatment, most children can achieve symptom control and continue to run, play and grow without limitation.
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A blood test is considered the first step towards fertility enquiries, but for many, the results might seem like a confusing jumble of numbers and acronyms. Reports sometimes contain terms like AMH, FSH, LH, AFC, and estradiol, which can confuse patients into thinking that a single "abnormal" figure indicates they are unable to conceive.
The truth is more reassuring, and more nuanced. Fertility experts stress that a single test cannot ascertain a person's fertility. Instead, these markers serve as parts of a bigger picture, assisting fertility specialists in comprehending reproductive health and suggesting the best course of action when necessary.
The idea that a single blood test can determine whether a woman would naturally become pregnant is one of the most widespread myths. Age, egg quality, ovulation, sperm health, uterine health, lifestyle, and underlying medical issues are some of the factors that actually affect fertility.
Although diagnostic markers offer useful information, they must always be interpreted in conjunction with the couple's overall reproductive profile, clinical history, and ultrasound results.
Anti-Müllerian Hormone (AMH) is perhaps the most talked-about fertility marker today. It is produced by small follicles present in the ovaries. AMH reflects ovarian reserve, which identifies the estimated number of eggs remaining in the ovaries. High AMH indicates larger ovarian reserve, whereas lower levels suggest fewer eggs. However, it can neither measure egg quality nor guarantee the ability to conceive naturally.
Many women with low AMH can still achieve successful pregnancies, especially if they continue to ovulate regularly. Similarly, women with high AMH are not necessarily more fertile; elevated AMH levels in women also mean Polycystic Ovary Syndrome (PCOS), where ovulation may actually be irregular. For fertility specialists, AMH is useful in predicting the number of eggs that are likely to respond to ovarian stimulation medication, based on which they customize IVF treatment.
Our pituitary gland produces Follicle Stimulating Hormone (FSH), and this hormone helps in stimulating egg development.
Usually, the second or third day of the menstrual cycle is when FSH is measured. If ovarian reserve is reduced, higher-than-normal levels may imply that ovaries need more stimulation to mature eggs. From cycle to cycle, the FSH levels change.
FSH and luteinizing hormone (LH) cooperate to control ovulation. The ovary releases a developed egg in response to an increase in LH. LH levels may be disproportionately greater than FSH in PCOS-affected individuals, which can lead to irregular menstrual periods and ovulation. Instead of using LH alone, fertility specialists assess it in link with other hormone markers.
An indicator of ovarian activity during the menstrual cycle is estradiol (E2), a type of estrogen generated by growing follicles. Combined interpretation is crucial since elevated early-cycle estradiol levels can occasionally conceal an elevated FSH.
The Antral Follicle Count (AFC), which is done via a transvaginal ultrasound, is another crucial evaluation. AFC gives an additional indication of ovarian reserve by counting the number of visible tiny follicles in the ovaries.
Indeed, the combination of AMH and AFC provides a more thorough insight than any test by itself.
Female hormone testing frequently receives greater attention, whereas male fertility contributes to roughly half of all infertility issues. A semen screening remains one of the most significant and cost-effective tests, measuring sperm count, mobility, and morphology. When necessary, additional hormonal or genetic tests might be suggested.
After getting a test report, many people search the web for quick answers, but those numbers without proper medical context from a specialist can cause unnecessary tension. The fertility markers depend on a variety of factors, some of which include: age, weight, menstrual history, prior pregnancies, medications, hormonal status, and lifestyle. Therefore, understanding parameters like “low” or “high” online may create confusion for individuals. Instead, consult a fertility specialist to decode the report.
(Dr Rubeena Zainab, Senior Consultant - Reproductive Medicine, Milann Fertility and Birthing Hospital, Bengaluru)
Credit: AI
For new mothers struggling with breastfeeding, artificial intelligence can offer something doctors often cannot: an answer at 2 am.
But a new report is raising concerns about what happens when those instant responses replace professional medical advice.
A national survey commissioned by Orlando Health found that 51% of women aged 18 to 44 would first turn to an AI chatbot, social media platform or search engine if they had an urgent breastfeeding question.
Only 29% said they would first contact a doctor or lactation consultant, while 21% would turn to family or friends.
The findings highlight a growing challenge as new parents increasingly use AI to navigate pregnancy, caring for their infants and breastfeeding.
AI can quickly explain clinical terms, suggest possible causes for a problem and provide general breastfeeding information. But it cannot examine whether the baby is actually getting enough milk.
“There are certain questions that can't be answered by AI,” said Erynne Bowers, M.D., a pediatrician with Orlando Health Physician Associates.
Bowers said roughly one-third of mothers who come to her with breastfeeding concerns have already received inaccurate advice from AI. Some of the misinformation involves recommendations about how much milk a baby should consume or how frequently the baby should be fed. The expert says that's where generic advice from AI can become misleading and dangerous.
A baby's nutritional needs depend on several factors, including age, birth weight, growth trajectory, medical history and feeding efficiency.
Doctors also examine the baby's weight gain, hydration, urine and stool patterns, alertness and developmental progress. They may observe the baby's latch, tongue movement and coordination between sucking, swallowing and breathing. These assessments cannot be done by an AI chatbot.
A baby may spend a long time at the breast but transfer very little milk. Another may feed for a shorter period but feed efficiently. A generic feeding schedule therefore cannot explain the entire problem.
Also read: Breastfeeding Can Help Reduce Mothers' Risk of Type 2 Diabetes, Breast Cancer and More
Experts warn that telling a mother to feed less frequently, for example, could potentially reduce the baby's calorie intake while also lowering breast stimulation.
The report also describes the experience of Florida mother Emily Hunziker, whose newborn son began losing weight despite her efforts to breastfeed exclusively.
She worked with a pediatrician and lactation specialist, used a combination of pumping, bottle-feeding and supplemental formula while continuing to support her breastfeeding goals. Her son is now thriving and growing up well.
Also read: Breastfeeding Vs Mixed Feeding: Which Is Right For Your Baby? Experts Explain
It does not mean that new mothers should completely stop using AI. AI can be useful for understanding medical terminology, preparing questions for a doctor or finding reliable resources. But it should not become the final decision-maker when an infant's nutrition or growth is at stake.
Warning signs like poor weight gain, unusual sleepiness, dehydration, persistent vomiting, breathing difficulties, severe pain or a sudden drop in feeding require medical assessment from a doctor rather than an automated generic advice.
Relying excessively on an AI chatbot for answers may delay seeking a physician's help which could, in turn, delay clinical examination and treatment.
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