MedReviews Logo

Endocrinology Children - Best Doctors

Found 1 Doctors specialized in Endocrinology Children


Dr. Shirly Abiri - Wisel

Dr. Shirly Abiri - Wisel

Pediatrician specializing in pediatric endocrinology, early and delayed puberty in Tel Aviv

Endocrinology Children

5.0
Dr. [name] is kind and patient. She spoke with my daughter in a sensitive manner, asked thorough questions, and answered all the topics that concerned us. I warmly recommend a thorough, humane, and professional doctor 🙏
Languages: Hebrew, English
Insured by: Private visit
Hospitals: Wolfson
Dr. [name] is kind and patient. She spoke with my daughter in a sensitive manner, asked thorough questions, and answered all the topics that concerned us. I warmly recommend a thorough, humane, and professional doctor 🙏
Languages: Hebrew, English
Insured by: Private visit
Hospitals: Wolfson

Yigal Alon 82 (Suzuki Building), 4th Floor, Tel Aviv


Endocrinology Children by cities

General information about Endocrinology Children

Hormones act as key chemical messengers that regulate almost every physiological mechanism in the body: they dictate the rate of growth in height, time the processes of sexual maturation, and oversee blood sugar balance and energy metabolism. A pediatric endocrinologist is a pediatrician who has completed a subspecialty fellowship in the endocrine system, and whose role is to diagnose and treat hormonal disorders from birth through the end of puberty. The physician's in-depth familiarity with the pace of a child's development makes it possible to determine when a child is simply growing at their own pace, and when there is a real medical problem that requires treatment

Evaluation of short stature is the most common reason for referral to a pediatric endocrinologist, even though in most cases the condition is completely normal. Many children are short due to a familial genetic tendency, or because of a pattern of "late maturation" — a condition in which the growth rate is slow in early childhood but accelerates toward the end of puberty, allowing the gap to close. The decisive clinical measure in diagnosis is not absolute height at a given moment, but the growth rate over time. A child who develops consistently along the same growth percentile usually demonstrates normal growth, whereas a sudden deviation or gradual decline on the growth curves is a warning sign that calls for a thorough evaluation.

Another key area is the timing of sexual maturation. Deviation from the normal physiological timeline can directly affect final height. Precocious puberty, for example, sometimes leads to a temporary growth spurt that makes the child look taller than their peers, but at the same time causes early closure of the growth plates in the bones — a process that may result in a final height below the genetic potential. On the other hand, a marked delay in the appearance of signs of puberty compared with peers of the same age also requires medical follow-up, in order to rule out primary failure of the hormonal system.

The scope of endocrine practice extends beyond issues of height and puberty and includes a wide range of metabolic diseases and functional disorders of the body's glands. A pediatric endocrinologist diagnoses and manages the treatment of type 1 diabetes (juvenile diabetes), thyroid disorders that directly affect metabolic rate and brain development, as well as diseases of the pituitary and adrenal glands. In addition, the specialist is involved in the care of complex genetic syndromes that affect the normal development of the skeleton and tissues.

The decision to seek professional consultation is usually made when slowed growth, crossing of growth percentiles, signs of puberty at unusual times, or symptoms raising suspicion of diabetes, such as increased thirst, frequent urination and unexplained weight loss, are identified.

Before the clinic visit, it is recommended to gather full documentation of height and weight measurements over the years, which provide the basis for plotting the historical growth curve. If a hand X-ray was performed to assess bone age, bring the original imaging file and not only the written report, since the endocrinologist analyzes the bone ossification pattern personally to determine their exact biological age.

Frequently asked questions about Endocrinology Children

How is a pediatric endocrinologist different from a regular endocrinologist?

While a “regular” endocrinologist comes from the world of internal medicine and treats adults, a pediatric endocrinologist begins their path as a pediatrician. Only after years of residency in general pediatrics do they continue to a subspecialty fellowship focused entirely on the hormones and endocrine system of children and adolescents. This training changes the entire perspective: A system in constant motion: In adults, the role of hormones is mainly to maintain stability and balance (for example around metabolism, diabetes or fertility). In children, the hormonal system is under constant construction – it guides growth in height, bone density, brain development and the physical and emotional changes of puberty. Treatment that changes with age: Children grow, gain weight and change from month to month. A medication or dose suitable for a two-year-old toddler will not work for a 13-year-old teenager. A pediatric endocrinologist knows how to adapt treatment dynamically to each stage, and always looks at the big picture: how the current treatment will affect the child's final height and future development. Approach and skill with the family: Beyond the science itself, a pediatric endocrinologist knows how to approach a child who is afraid of an exam, how to explain complex concepts in simple, relatable terms, and how to give parents calm, confident support at sensitive crossroads that sometimes accompany the family for years.

When is a child considered short, and when is it a reason for evaluation?

Medically, the definition of “short stature” is first and foremost a statistical matter: a child is considered short when their height is below the 3rd percentile. Simply put, out of 100 children of the same age and sex, 97 are taller. But this bare figure is only a starting point. The most important and meaningful measure doctors look at is the growth rate over time, not just height at a given moment. A child who has been around the 3rd percentile since infancy but continues to climb steadily along the same curve is, in most cases, developing completely normally and healthily – they are simply doing so at the lower end of the scale. In contrast, the real sign that calls for evaluation is a change in trend: a child who was at an average percentile and suddenly slows down and starts “sliding” down the percentiles. Such a drop in the curve indicates that something is holding back natural growth, and that is the moment to seek evaluation. The family's genetic background always factors into this equation as well. To understand the full picture, the doctor checks the parents' heights and calculates the child's family “target height.” When both parents are short, it is natural and expected that the child will also be short. But when the parents are tall or average and the child remains significantly shorter than their genetic potential, a gap arises that justifies a thorough endocrine evaluation.

What is “late blooming”?

“Late blooming” (constitutional delay of growth and puberty) is one of the most common causes of short stature in childhood — and it is considered a completely normal variation. These children are smaller than their peers in childhood, and their puberty also begins later. But after puberty they close the gap and reach a normal height, usually without any treatment. Often it turns out that one of the parents was also a “late bloomer.”

What does a bone age X-ray check?

A bone age X-ray is one of the most basic and effective tests in growth monitoring, and it essentially acts as the body's “biological clock.” It is an X-ray with minimal radiation, taken of the left hand and wrist (the hand chosen as the international standard for comparison). The hand contains many small bones and growth plates, which change shape and develop in a fixed, predictable order throughout childhood and adolescence. During interpretation, the doctor examines the degree of bone maturation and the state of the growth plates – the active cartilage areas that allow the bone to lengthen. The findings are compared to a medical reference atlas that defines what an average skeleton looks like at each developmental stage. This test answers a key question: does the biological age of the bones match the child's chronological age according to their ID, or is there a gap between them that explains their growth rate? Growth stops permanently only when the growth plates close and disappear completely, a process that occurs around a bone age of 15 in girls and a bone age of 17 in boys. Therefore, the X-ray allows the endocrinologist not only to understand the current situation, but also to reliably predict the final height the child is expected to reach in adulthood.

When does a child receive growth hormone?

The main reason for giving growth hormone is a true deficiency: a condition in which the pituitary gland does not naturally produce enough of the hormone. The treatment is given as a daily subcutaneous injection (similar to using an insulin pen), and it allows these children to accelerate their growth rate and reach a completely normal final height in adulthood. In addition, there are cases in which treatment is also considered for very short children whose hormone levels are normal. These are well-defined medical conditions, such as babies born with very low weight or length who did not catch up in the first years, certain genetic syndromes affecting the skeleton, or significant short stature with no clear cause. The decision to start treatment is made only after a thorough, in-depth evaluation. The doctor does not rely on a single measurement, but carefully monitors the growth rate over several months, reviews the bone age X-ray, performs comprehensive blood tests, and if necessary conducts dedicated stimulation tests that check exactly how the body secretes the hormone in real time.

What does the heel-prick blood test after birth check for?

Every baby born in Israel undergoes a screening test while still in the maternity ward: a light prick in the heel that samples four drops of blood, at least 36 hours after birth and before discharge home. The test is free of charge, and its results are updated directly on the Ministry of Health website within a few days. The purpose of the screening is to detect rare but serious congenital diseases in advance, as early identification makes it possible to start treatment immediately and prevent damage to health and development. The most common medical condition detected by this test is congenital hypothyroidism. In the first months of life, the baby's brain and nervous system develop at an accelerated pace, and thyroid hormone is essential to this building process. A hormone deficiency that is not diagnosed in time can cause irreversible developmental damage. Thanks to early detection through the blood drops, the missing hormone can be replaced with simple medication already in the baby's first days — ensuring normal growth and healthy development.

Additional Filters


Insurance

Language

Hospital

Gender

Virtual Consultation

Treats children

About

MedReviews is Israel's most advanced and reliable doctor index, centralizing information and verified reviews on doctors and clinics. Part of Israel's leading review site group, we connect patients seeking quality medical care with top recommended doctors. We achieve this through rigorous verification technology ('crowd wisdom') and advanced filtering mechanisms, providing full transparency in the medical world and enabling informed choices.

Disclaimer

The information and content displayed on this site is intended to provide informative information and expressive opinion on behalf of third parties only they are not a substitute for professional medical advice and should not be relied upon as such advice. Any use of the information on the site requires examination and verification with the relevant parties. Use of the site and its contents is the sole and complete responsibility of the user

MedReviews 2026 Copyright