Neonatal mortality remains a major health challenge across the world, which involves neonatal sepsis and other related factors of prematurity. Though many strides have been done in reducing NMR, there is a need for more appropriate interventions and strategies directed towards addressing the rise in the escalation of AMR. Combating AMR will be critical in improving neonatal survival rates while giving each newborn a healthier start into life globally.

The newborn period is the key period for infant health, and the first 28 days of life are critically important-both for survival and as a base to set lifetime health and development. Neonatal deaths globally have witnessed a significant decline over the past couple of decades. The neonatal mortality count has significantly reduced dropping from a high of 5 million in 1990 to as low as 2.3 million as of 2022. However, this decline notwithstanding, neonatal mortality is still staggeringly high across low-and middle-income nations.

Neonatal mortality rates are 22 per 1000 live births in India. Neonatal sepsis and prematurity are the main causes of neonatal deaths in these tragic events. Recognizing the gravity of the issue the Indian government started the Indian Newborn Action Plan (INAP) in 2014. The goal is to take NMR down to the single digits by 2030. This initiative has brought in several key interventions, including antenatal care (vaccines, micronutrient supplementation), skilled birth attendance, clean birth practices, and neonatal resuscitation techniques. More promisingly, postnatal interventions, including early initiation of breastfeeding and skin-to-skin contact, have been proven to work well in improving newborn survival rates.

Despite these improvements, one of the biggest concerns in neonatal care today is the growing problem of antimicrobial resistance (AMR) which seriously threatens efforts to reduce neonatal mortality.

What is Antimicrobial Resistance?

Antimicrobial resistance occurs when microorganisms such as bacteria, viruses and fungi evolve over time and become resistant to commonly used antibiotics and other medications. This resistance makes infections more difficult to treat, increasing the risk of mortality and complicating treatment options. The World Health Organization has classified AMR as one of the most urgent global health threats since it not only causes death and disability but also places immense pressure on healthcare systems, significantly raising the economic burden.

The sources of AMR are many, including poor hygiene and infection control in healthcare settings, overuse and misuse of antibiotics. Contributing factors to this rapidly growing problem are antibiotic prescriptions for patient needs that do not require them and failure to complete antibiotic courses, as prescribed.

AMR and Newborn Health

For neonates, the risk is much more vital for AMR. Neonates are particularly prone to developing infections due to their rather weak immune systems. Neonatal sepsis, severe bacterial infection, is one of the leading causes of neonate deaths and it often manifests complications when it is because of drug-resistant pathogens.

According to Dr. Apoorva Taduri, Consultant Neonatologist, "Neonatal sepsis accounts for a significant proportion of neonatal deaths, and AMR is making it worse. MDR pathogens cause around 30% of neonatal sepsis mortality globally.

Maternal health and care are also factors influencing AMR in neonates. Over-prescription of antibiotics during pregnancy increases the risk of neonatal sepsis and the development of multi-drug-resistant pathogens in newborns. This calls for prudent use of antibiotics during pregnancy and at the time of delivery. In fact, studies indicate that indiscriminate use of antibiotics in mothers has a direct impact on neonatal health, which may eventually lead to resistant infections in newborns.

One of the major issues is that the drug-resistant bacteria are causing an increasing number of healthcare-associated infections in the neonatal care settings, which include NICUs. Infections by such bacteria prove to be challenging to treat; they require more advanced, expensive interventions, and the period of risk of mortality and morbidity is extended.

Counteracting AMR in Neonatal Care

To combat AMR and reduce neonatal mortality a multifaceted approach is necessary. Dr. Taduri emphasizes the continuation of the strategies outlined by the Indian Newborn Action Plan (INAP), specifically in reducing neonatal sepsis and improving infection control. However, to combat AMR more must be done to ensure proper use of antibiotics in both maternal and neonatal care settings.

Key strategies for reducing AMR in neonatal care are:

1. Improving Infection Prevention Practice: This implies, therefore, that more efforts would be made regarding stricter hospital hygiene standards, strict equipment sterilization after its usage and even maintaining adequate hand hygiene. Enhanced infection control practices greatly impact minimizing AMR pathogens distribution.

2. Antibiotic Stewardship- Teaching the healthcare providers how not to use antibiotics is a crucial thing in preventing overuse prescription. Antibiotic stewardship programs are designed to promote use of antibiotics only when truly required; appropriate drug, dose and length of treatment should be taken.

3. Improved access to WASH: Access to clean water and sanitation is a fundamental aspect of preventing infections in mothers and newborns. WASH interventions such as clean birthing practices, can reduce the risk of neonatal sepsis due to unsanitary conditions.

4. Maternal Health Strengthening: Proper maternal care, such as proper vaccination, antenatal steroids, and supplementation of micronutrients, can reduce the risk of prematurity and neonatal infection. Prevention of infection in mothers is the first step towards prevention of infection in newborns.

5. Early Diagnosis and Treatment: Early identification and treatment of neonatal infections are very important. This includes proper screening for sepsis and the use of appropriate antibiotics based on the local resistance patterns. It also involves ensuring that infants receive adequate neonatal care, such as those provided in Special Newborn Care Units (SNCUs).

The rise of antimicrobial resistance is a global health challenge that requires urgent action. Combating AMR requires a coordinated effort from governments, healthcare systems and communities worldwide. In neonatal care, addressing AMR is essential to further reducing neonatal mortality rates and ensuring that every newborn has the opportunity to thrive.

As Dr. Taduri concludes, "While we have made substantial progress in reducing neonatal mortality, the emerging risk of antimicrobial resistance creates a major challenge for our efforts. Combating AMR requires a global collective effort, with priorities on infection prevention, responsible use of antibiotics, and enhancement of healthcare practices to ensure a healthier future for all newborns."

Dr Apoorva Taduri is a Consultant Neonatologist at Fernandez Hospital

A 20-month-old toddler from West Bengal who suffered from recurring urinary tract infections (UTIs) for six months was eventually diagnosed with cystinuria, a rare inherited metabolic disorder that causes recurrent kidney stone formation.

About The Case

The diagnosis came after the toddler experienced persistent UTIs over a period of six months. After multiple episodes of infection couldn’t be solved despite treatment, the doctors discovered the rare condition.

Initially, the doctors believed that it could be vesicoureteral reflux, a condition in which urine flows backward from the bladder towards the kidneys.

However, more investigations revealed an unusual kidney stone caused by cystinuria, an inherited disorder that leads to excessive amounts of the amino acid cystine in urine.

As cystine dissolves poorly in urine, it can crystallise and form stones, which may block urine flow, trigger recurrent UTIs, and damage the kidneys if left untreated for a long time. Doctors at a Bengaluru hospital treated the child using a minimally invasive procedure to remove the stone.

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What Is Cystinuria?

Usually, the kidneys reabsorb cystine after filtering blood. In individuals with cystinuria, this process does not work well.

Large amounts of cystine pass into the urine. As cystine does not dissolve in urine, it forms crystals and eventually stones in the kidneys.

The condition is caused when the child inherits one faulty gene from each parent. Parents who carry one altered gene usually have no symptoms themselves.

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Symptoms & Treatment

Unlike most kidney stones, which are more common in adults, cystinuria presents during childhood or adolescence. Parents must look out for the following symptoms in their children:

• Recurrent urinary tract infections

• Pain while passing urine

• Blood in urine

• Abdominal or flank pain

• Kidney stones at an unusually young age

• Difficulty passing urine if stones obstruct the urinary tract

Although cystinuria has no cure, effective treatment and management can reduce stone formation and protect kidney function. It includes:

• Drinking large amounts of water to dilute urine and reduce the formation of stones

• Reducing salt intake

• Limiting consumption of excessive animal protein

• Medications that make urine less acidic (urine alkalinisation)

• Drugs that reduce cystine stone formation in severe cases

• Surgical or minimally invasive procedures to remove stones when necessary

Parents must seek medical attention when the child faces the following:

• Two or more UTIs within six months or repeated infections over a year

• Recurrent fever without an obvious cause

• Intense pain during urination

• Blood in the urine

• Difficulty in gaining weight

• Persistent irritability

• Recurrent abdominal or back pain

While most recurrent UTIs are caused by common anatomical or behavioural factors, persistent or unusual infections can occasionally point to rare inherited disorders like cystinuria that warrant medical attention.

Early diagnosis and timely treatment can help prevent permanent kidney damage and significantly reduce the frequency of stone formations.

Hypertension or high blood pressure is an increasingly common problem among children and adolescents; many children may not have any obvious signs or symptoms in the early phase. It is said that hypertension in children is a “silent condition,” and therefore, it is of paramount importance that doctors, parents, and teachers are aware of it to detect the condition early.

Symptoms Of High Blood Pressure In Children

While some kids might not have any symptoms at all, there are some signs that shouldn't be overlooked. Recurrent headaches or morning headaches, especially headaches in the back of the head, may occasionally be a sign of high blood pressure. Symptoms can be dizziness, blurred vision, flashers, loss of energy for no known reason, nausea, vomiting, difficulty breathing during exercise, chest pain, palpitations, or frequent nosebleeds for no obvious reason.

There can also be changes in a child's behaviour or physical appearance in the school environment that teachers might observe. Children with high blood pressure often experience headaches, frequent visits to the sick room for weak or dizzy spells and ask to go out of class to rest. Sometimes, symptoms such as difficulty in concentration, sudden drop in school performance, irritability, changes in mood or appearing unusually withdrawn are associated with underlying health problems, such as hypertension.

Some children may be more tired, winded or unwell from sports or physical activity than others and avoid it. These symptoms can be missed and dismissed as stress, poor sleep or lack of interest in studies or sports. Such symptoms may be overlooked and blamed on stress, sleep deprivation or low interest in studies or sports.

Leading Causes & Prevention

Doctors think obesity, poor diet, excessive salt intake, poor sleep, low exercise, and watching too much screen time are all factors that are driving up hypertension rates in kids and teens. Other kidney disease, heart disease, hormone imbalances, or family history can also contribute in some children.

Regular blood pressure checks on children's routine visits are very significant because many children with hypertension may be asymptomatic, experts say. Prompt diagnosis and treatment can prevent complications with the heart, kidneys, brain and eyes in the long term.

It is important that parents and teachers do not shrug off repeated complaints of headaches, fatigue, dizziness or vision problems as insignificant. Early medical assessment can be important in safeguarding a child's long-term health.

By Dr Vaibhav Meshram, Paediatrician, Ruby Hall Clinic

If your pre-pubescent or teenage kid cannot live without a smartphone or tablet, it’s a cause for concern. Ordinarily, it was believed that some amount of screen time isn’t harmful in young adults. But a new study has gone beyond the notion of ‘limited screen time’, ascertaining exactly how much is too much.

Doomscrolling Short-Form Content Is Affecting Young Minds

A new study published in the European Child & Adolescent Psychiatry journal recently shared insight into how endless scrolling of short-form content, personalised social media feeds, and engaging content may affect the cognitive, mental, and emotional well-being of adolescents and young adults.

Marlene Ebster, first author of the study Taming the Endless Scroll and a graduate from the University of Bayreuth’s Institute of Medical Management and Health Sciences, said, “Our aim was to develop a differentiated understanding of the effects of short-video platforms based on scientifically robust evidence, and to move beyond blanket statements such as ‘less screen time.’”

The researchers relied on scientific data published between 2015 and 2025. 47,000 participants were included in the final analysis, with an average age of 16.8 years.

The findings indicate that an intensive and unintentional use of short-video platforms may be associated with a number of negative consequences.

Researchers eventually found that these usage patterns and habits were linked to increased inattention and impulsivity.

The findings also said that the participants presented reduced working memory and weaker self-regulation abilities.

Additionally, several studies reported mental health issues in young adults, including higher levels of anxiety, depression, and stress, especially among heavy users.

How To Combat Excessive Screen Time In Young Adults?

The study also identified factors that can protect young people. A supportive social environment, strong digital literacy, and structured and purposeful digital habits proved to reduce the negative effects of endless scrolling. Here are other ways that can help:

Swapping Online Shows With Interesting Activities: Replace one streaming session with a home-made “show” of fun-filled activities. Kids get hooked on activities with time-bound tasks; they get competitive. Screen-free creativity is a cardio-friendly brain workout.

Hiding Wi-Fi Router: Hide the router behind a daily challenge. Want Wi-Fi? You have got to earn it by doing something active, like 20 minutes of cycling, a round of badminton, or even cleaning the house.

Family Screen Swap Hour: Pick one hour each evening where everyone swaps screens for a shared activity, like board games, cooking, or a walk outside. The key is doing it together, so no one feels singled out.

The ‘Leave It at the Door’ Rule: Phones and tablets stay outside the bedrooms. Create a charging station in the hallway and make it a family-wide ritual. Fewer late-night scrolling marathons mean better sleep and, as the study shows, potentially better heart health.