Changes in growth, puberty, thirst or energy can raise questions for families. MPGCARE helps arrange pediatric endocrinology consultations at Medical Park and Liv Hospital in Türkiye. Hospital physicians assess the child, select tests and determine treatment; MPGCARE coordinates appointments and travel enquiries.

This specialty covers hormonal conditions affecting growth, puberty, blood sugar, thyroid, adrenal and pituitary function, and bone/mineral metabolism. A short child does not automatically have a hormone deficiency. Tests and treatment depend on age, growth pattern, examination and symptoms; the investigations below are possible choices, not a package required for every child.

Bring dated height/weight measurements and parents’ heights. Falling across growth percentiles or slowing growth deserves assessment. Possible tests include bone-age X-ray, TSH/free T4, blood count, coeliac screening and IGF-1, selected for the findings. Low IGF-1 alone does not diagnose growth hormone deficiency. Stimulation testing or pituitary MRI is considered only when indicated. Treatment may address nutrition or another disease; growth hormone is prescribed only for an appropriate diagnosis, and a final height cannot be guaranteed.

Breast development before 8 years in girls or testicular enlargement before 9 in boys should prompt discussion with a clinician. Pubic hair alone does not necessarily mean central puberty. Assessment may include growth records, examination, bone age, LH/FSH and estradiol/testosterone; stimulation tests, ultrasound or MRI are selected individually. Delayed or interrupted puberty also needs assessment. Monitoring or hormonal treatment depends on the cause and progression.

Increased thirst, frequent urination, new bedwetting or unexplained weight loss need same-day local assessment. Diagnosis may involve blood glucose and HbA1c; ketones, electrolytes and acid–base tests are important if the child is unwell. Autoantibodies and C-peptide may help classify diabetes. Recurrent low glucose needs a separate assessment. Type 1 diabetes requires insulin; type 2 care is individualised. Families need a written glucose-monitoring, school and sick-day plan, not just a prescription.

Slow growth, fatigue, constipation, neck swelling, palpitations or unexplained weight change may warrant examination. TSH and free T4 are core tests; thyroid antibodies and sometimes T3 are selected when appropriate. Ultrasound is not routine for every abnormal blood test, but may be needed for a palpable nodule or enlarged gland. Medicines and repeat testing depend on the diagnosis. Do not start iodine or change thyroid treatment without advice.

Assessment uses age/sex-adjusted BMI, growth, blood pressure, nutrition, activity and sleep history. Lipids, glucose/HbA1c and liver enzyme ALT may be requested according to age and risks. Insulin levels and broad hormone panels are not routine for every child with obesity; poor height growth or other findings may suggest a hormonal cause. Care supports the whole family without blame, with nutrition/activity support and additional treatment only when appropriate. Avoid restrictive diets or weight-loss products without pediatric guidance.

These conditions may affect cortisol, salt balance and development. Depending on suspicion, tests can include cortisol/ACTH, electrolytes, glucose, 17-hydroxyprogesterone and targeted stimulation or genetic tests. Treatment and illness-related steroid instructions must be individualised. Repeated vomiting, severe weakness or collapse in a child with adrenal disease is an emergency; follow the prescribed emergency plan and seek local care immediately.

Bone pain, bowed legs, fractures or poor growth may require assessment. Selected tests include calcium, phosphate, alkaline phosphatase, 25-OH vitamin D and sometimes parathyroid hormone (PTH), urine tests or X-rays. Not every child needs vitamin D testing or a bone-density scan. Treatment depends on nutritional or other causes; high-dose supplements can be harmful and should not be started independently.

Poor growth, unusual pubertal development or specific congenital findings may need specialist assessment. Targeted hormone tests, chromosome/genetic analysis and imaging are chosen with appropriate counselling. These conditions may require a multidisciplinary team. Respect the child’s privacy and age-appropriate participation; examination and treatment are planned sensitively with the family.

Thirst/urination and weight loss require prompt assessment, especially when new. Vomiting, abdominal pain, deep or rapid breathing, dehydration, confusion or marked drowsiness can signal diabetic ketoacidosis. Seizure, collapse, reduced consciousness or severe hypoglycaemia also need emergency help. Contact local emergency services; do not wait for an MPGCARE reply. If the child cannot swallow safely, do not give food or drink by mouth.

Bring growth charts, birth/newborn-screening records, dated laboratory results with reference ranges, bone-age images, previous reports, medicines/doses and family history. Diabetes records may include glucose/sensor data and insulin plans. Do not fast the child or arrange stimulation tests without clinical instructions. Tests may require specific timing; remote record review does not replace examination. Follow-up at home may be possible if a local clinician accepts responsibility and receives the written plan, medicine availability, monitoring schedule and emergency instructions.

Confirm the hospital, pediatric endocrinologist, available tests, interpreter needs, visit schedule and written assessment scope with MPGCARE. Medical decisions remain with the hospital team. Treatment response varies, and ongoing monitoring may be necessary.

Medical information sources: Liv Hospital · Pediatric Endocrine Society · NIDDK · NHS