Call for Abstract

Scientific Program

4^th World Congress on Diabetes and Pediatric Endocrinology, will be organized around the theme “”

Pediatric Endocrinology 2025 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Pediatric Endocrinology 2025

Submit your abstract to any of the mentioned tracks.

Track 1:Pancreatic Cancer

Cancer that develops in pancreatic tissue is known as pancreatic cancer. The pancreas is an organ in your abdomen that is located behind the bottom portion of your stomach. Pancreatic cancer starts in the tissues of the pancreas. Your pancreas generates hormones that help you control your blood sugar as well as enzymes that help with digestion.

Track 2:Pediatric Down Syndrome

A kid is born with an extra chromosome if they have Down syndrome, which is a hereditary disease. Developmental delays, intellectual incapacity, and an elevated risk for specific medical conditions result from the extra chromosome's impact on how the child's body and brain develop.

Track 3:Metabolism, Endocrinology and Diabetes

The medical field of endocrinology focuses on issues, illnesses, and ailments affecting the endocrine system. Many endocrinologists have backgrounds in biochemistry and research because they frequently employ laboratory testing to help diagnose the problems of their patients. Additionally, endocrinologists may have prior training in a variety of medical specialties, including obstetrics and gynaecology, internal medicine, pediatrics, and others.

Track 4:Diabetes Management

Nearly every organ in your body is susceptible to diabetes. As a result, you must control your blood sugar or blood glucose levels. The health issues that can arise when you have diabetes can be avoided by controlling your blood glucose, blood pressure, and cholesterol.

Track 5:Mobile Technology in Diabetes

Diabetes is a collection of metabolic illnesses defined by high blood glucose levels, which over time result in substantial consequences and high morbidity and mortality rates across the globe. Due to a lack of training, difficulties maintaining lifestyle changes, and limited access to specialist healthcare, diabetes self-management chores may be rather difficult. The development of mobile technology has led to a huge number of health-related smartphone applications (apps) that attempt to improve the patient's ability to self-manage chronic conditions.

Track 6:Endocrine Disorder

The ineffective operation of the endocrine system, which consists of the hormone-secreting glands, the hormone receptors, and the organs directly affected by hormones, leads to an endocrine disorder. Dysfunction can happen at any one of these locations and have a significant impact on the body.

Track 7:Pediatric Urology

A surgical specialization of medicine called pediatric urology treats conditions affecting children's genitourinary systems. From birth to early adulthood, pediatric urologists treat both males and girls. The most frequent issues are those that include issues with the testicles, reproductive organs, and urine.

Track 8:Pediatric Neurology

A specialist area of medicine known as pediatric neurology is concerned with the diagnosis and treatment of neurological problems in neonates (new borns), infants, children, and teenagers.

Track 9:Hormonal Disorder

It takes highly specific activities for hormones to work. They only take action at the precise target location. Diseases come from having too much or too little of a particular hormone Hormonal imbalance or hormonal illness is terms used to describe this hormonal fluctuation.

A few hormonal conditions that are brought on by the over- or underproduction of particular hormones are listed below.

Addison's disease of the adrenals

Cushing disease

Hyperplasia of the adrenal cortex

Pheochromocytoma

renal calculi of the parathyroid

Tetany

Osteoporosis

Pancreas

Hypoglycemia

Mellitus Diabetes

Pituitary

Track 10:Eating Organic and Type 2 Diabetes

Higher organic food consumption was found to be inversely associated with the risk of developing type two diabetes. In fact, for every 5% increase in the proportion of organic foods in one’s diet, risk of type 2 diabetes decreased by 3%. When comparing the group with the highest proportion of organic food in their diet to those with the lowest, individuals in the high consumption group were 35% less likely to develop the disease.

Organic food not only protects health, it also reduces the influx of synthetic pesticides in the environment where it can harm pollinators and other wildlife, sequesters carbon, and helps grow local economies.

Track 11:Advanced Diabetes Treatment Technologies

Diabetes is one of the most prevalent chronic diseases in the US. Invasive and non-invasive glucose monitors, artificial pancreas, and innovative insulin delivery systems such inhaled, transdermal, and implanted implants, insulin pens, bariatric surgery, and conventional therapeutic techniques are the main topics of diabetes research at the moment. Traditional methods, including acupuncture and herbal medicine, are essential in the management of diabetes and the risk factors associated with it, particularly obesity and diabetes.

Artificial Pancreases, New Insulin Analogues, and Clinical Decision Support Systems/Advisors
Glucose Sensors Telemedicine, Software, and Other Technologies in the Service of Medicine
Glucose Pumps
Drugs for the Treatment of Diabetes
New Devices for Insulin Delivery: Implantable, Transdermal, and Inhaled
Devices Designed to Prevent Diabetes
Utilization of Modern Medical Technologies in Hospitals
New Technologies for Blood Glucose Monitoring and Glycaemia Control in Hospitals to Treat Obesity and Prevent Related Diabetes.

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The Endocrinology Association of Montenegro, Endocrinology Conferences, Society for Endocrinology UK, Endocrinology Conference, Society of Endocrinology and Metabolism Turkey, Endocrinology Meet, Spanish Diabetes Society, Endocrinology Congress, Austrian Diabetes Association, Diabetes Asia 2020, Diabetes Australia, and the National Institute of Diabetes and Digestive and Kidney Diseases are just a few of the organisations that offer endocrinology-related events

Track 12:Chronic Complication of Diabetes

The term "diabetes" refers to a number of disorders of aberrant super molecule metabolism that are hyperglycemic in nature. It has to do with a partial or whole impairment of endocrine secretion, together with varying degrees of peripheral resistance to endocrine action. They were created after conducting numerous clinical tests on animal models. The diabetes community reviews the current guidelines for the classification, diagnosis, and screening of diabetes every few years in light of new findings from research and clinical practise that help to better understand current treatment and intervention options and assess their efficacy. People who have type1 and type2 diabetes are more likely to experience a wide range of serious health problems.

Serious disorders affecting the macro tube-shaped structure and tiny tube-shaped structure issues are brought on by persistently excessive blood sugar levels. Additionally, those with diabetes are even more likely to have infections. Diabetes may be a major contributing factor to disease, blindness, nephritis, and lower limb amputation in the majority of high-income countries. Diabetes problems can be delayed or prevented by keeping cholesterol, force per unit area, and blood sugar levels at or close to normal. Hypoglycemia Associate in nursing hypoglycemia and Associate in nursing hyperglycemia are the two main consequences of diabetes, where hypoglycemia is an immediate complication of several Diabetes therapies and hyperglycemia is an acute problem sharing numerous symptoms. Glycosylated haemoglobin is a type of haemoglobin that is primarily evaluated to determine the average plasma aldohexose concentration over extended periods of time.

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Track 13:Children, Teens, and Adolescents with Thyroid Disorders

Although thyroid problems are common in children, they are less common than in adults. Rarely do newborns develop hyperthyroidism, or an overactive thyroid. Neonatal hyperthyroidism is a term used to refer to this illness. Although thyroid disease affects children less frequently than it does adults, the symptoms and indicators might be similar. However, there are a few crucial differences that should be brought to light. One in every 4000 live-conceived babies has inborn hypothyroidism, a disorder that affects newborns during labour. It manifests as a decrease in thyroid function as a result of the thyroid organ's irregular growth. The organ may occasionally be entirely missing. 10% of instances are caused by a catalyst malformation that results in abnormalities in the cerebrum pituitary organ, insufficient hormone production, and iodine deficiency. Innate hypothyroidism can cause substantial mental impairment if the diagnosis is delayed and urgent treatment is not provided. It can also cause developmental and formative defects (cretinism).

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Track 14:Clinical Diabetes Practice and Research

Diabetes is a widespread chronic condition that sets fair and adequate demands on a person's caring system. Those who have genetic abnormalities are more likely to have them than those who do not, and they are also more prone to experience kidney failure, lower limb amputation, and vision impairment. Some of the emerging therapeutic targets for polygenic disease include incretion-based comprehensive therapies, oral helpful agents like secretagogues, cell regeneration and enlargement, and foundational organism treatments. Undeveloped embryonic cell and fetal precursor cell transplantation are two of the main undifferentiated cell treatments for diabetes currently accessible. Besides what was said earlier, numerous computational approaches for managing diabetes administration have lately been developed, and they are becoming more and more crucial for identifying evidence of high-quality care for diabetic patients as well as for the early identification of polygenic disease. The compound diagnostician of polygenic disorder can be focused on utilizing these methodologies, which also show a variety of distinct treatment options and model production forms for survival expectancies. From an estimated USD 8.35 billion in 2017, the global market for diabetes research is anticipated to increase at a CAGR of 4.8 percent to USD 10.58 billion by 2022.

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Track 15:COVID-19 and diabetes

A severe sickness caused by SOR COVID 19 seems to be more likely to affect patients with diabetes because of the swings in their blood glucose levels. Due to issues such a compromised immune system and the increased infection in blood glucose, treating important infections in diabetes patients is challenging.

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Sweden's Endocrine Society, the Swiss Society of Endocrinology and Diabetes, the 2020 Diabetes Conference, the New Zealand Society of Endocrinology, the Korean Diabetes Association, the Atlanta Diabetes Association, the Diabetes Advocacy Alliance, the Diabetes Congress, and the Dallas Diabetes and Endocrine Center

Track 16:Diabetes Disease Disorder in Endocrinology

The complex administrative components that make up the endocrine system control how information moves between cells and tissues. Hormones influence several metabolic processes, always maintaining a legislative, shift genic, and integrative cap. The clinical range is covered by the signs and symptoms of an endocrine disorder. The body's ability to convert food into energy that powers cells and organs is one of several vital bodily processes that are helped control by the endocrine system, which is made up of a number of organs. Your heart rate, the growth of your bones and tissues, and even your ability to reproduce are all impacted by the endocrine system. No matter if you have diabetes, thyroid disease, developmental issues, sexual dysfunction, or any other hormone-related ailments, it is crucial. An endocrine ailment known as a hormone imbalance happens when an organ generates either too little or too much of an endocrine hormone. The recovery of endocrine system injuries (such tumours or knobs) that might influence hormone levels leads to the development of endocrine disorders. Endocrine disorders could not show any symptoms or be minor enough to not need treatment. Radiation therapy or surgery may be employed. Regularly identifying and treating the endocrine disorder's hidden source will assist to reduce its symptoms.

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Track 17:Diabetes Stem Cell Therapy

Theoretically, restricted islet cells, beta cells, or even an entire pancreas from a donor might be transplanted into the patient to treat Type 1 diabetes. The body will be able to regulate aldohexose levels again thanks to transplants, and hypoglycemic drugs will no longer be used frequently. Small clusters of cells known as islets of Langerhans, or pancreatic stem cells, are dispersed throughout the pancreas. A variety of cells, including beta cells that make the hormone insulin, are found in the islets of the pancreas. Aldohexose is retained by cells from the circulatory system and used for energy at some point in the body with the aid of insulin.

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Track 18:Diabetes with the Ketogenic Diet

A ketogenic diet consists of an extremely low-carbohydrate intake of less than 30 grams per day. This facilitates the body's use of ketones, a source of energy, produced when body fat is burned for energy. For those with type one or type two diabetes, the diet reduces the body's need for hypoglycemic medications. You should see your doctor before beginning the diet because there may be safety measures that need to be done. A ketogenic diet involves Low and steady blood sugar levels encourage the body to convert fat into ketones, which serve as a source of energy. The process of 'burning' or dissolving bodily fat is known as ketosis. Smaller doses are typically required by those using hypoglycemic medications, which lowers the likelihood of severe dosing errors. The diet promotes the burning of body fat, which makes it advantageous for those trying to lose weight as well as those with prediabetes or other risk factors for type 2 diabetes.

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Track 19:Diabetes Genetics

Diabetes mellitus is a diverse collection of conditions defined by chronic hyperglycemia. The two most common kinds of diabetes are type 2 and type 1 (T1D, formerly known as insulin-based diabetes or IDDM) (T2D, previously known as non-insulin-dependent diabetes or NIDDM). Both are brought on by a combination of genetic and environmental risk factors. There are more uncommon hereditary kinds of diabetes that are available. This includes diabetes brought on by mitochondrial DNA abnormalities and diabetes in young people who start going through puberty (MODY). a higher chance (about 6 percent vs. 1 percent) of developing T1D than the overall population of unrelated people. The disease's progression is correlated with the hereditary factors. There is currently proof that more than 20 different areas of the genome may be linked to hereditary vulnerability to T1D. T2D is partially inherited. According to family history testing, first-degree relatives of people with T2D are approximately three times more likely to inherit the disease than people without a family history of the condition.

Most people with type 1 diabetes must inherit risk factors from both parents. We concur that these factors should be more common in white persons as they have the highest prevalence of type 1 diabetes.

In order for the majority of people who are at risk of developing diabetes to avoid it, researchers are working to identify the environmental reasons. One factor may be linked to the cold temperature. Diabetes is more common in locations with chilly climates during the winter than during the summer. Another potential factor is viruses. It's likely that some people get type 1 diabetes as a result of a virus that only has mild effects on other people. An additional factor is early nutrition. For example, in those who breastfeed

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Track 20:Endocrine Diseases Treatment & Diagnosis

The thyroid, parathyroid hormones, pancreas, and adrenal organs are examples of endocrine organs, which are the bodily organs that produce hormones. On the off chance that the thyroid endocrinology is producing extra prohormones, a patient may experience symptoms like anxiety, trembling, sweating, palpitations, or difficulty falling asleep. The thyroid organ might initially be damaged by prescription medications or other drugs like radioactive iodine. Chemicals known as endocrine disruptors have the ability to interfere with the endocrine (or hormonal) system in warm-blooded animals at certain concentrations. These pauses may result in malignant brain tumors, absconding babies, and other developmental problems. The chronic condition known as Addison's disease, which also goes by the names Addison infection, chronic adrenal insufficiency, hypocortisolism, and hypoadrenalism, affects, the endocrine system (glucocorticoids and mineralocorticoids).

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Track 21:Emerging Diabetic Research Focus

Diabetes is a widespread chronic illness that places a significant burden on the individual healthcare system. Diabetes increases the risk of kidney failure, lower limb amputation, and blindness, and those with diabetes have a greater likelihood of cardiovascular disease. The frequency of obesity in both children and adults has substantially increased over the past forty years. Obesity is a significant risk factor for diabetes. One of the main risk factors for cardiovascular disease in people with diabetes mellitus is diabetic dyslipidemia. High plasma triglyceride levels, low HDL cholesterol levels, and an increase in the number of tiny, dense LDL cholesterol particles are the defining characteristics of diabetic dyslipidemia. Since there was no preconceived notion of how the research would be structured or how the bioinformatics tools would be described or identified in the research, it was initially challenging to investigate the bioinformatics tools and methodology utilised in diabetes research. To begin, we conducted a number of quick searches in various databases using fundamental search terms like "bioinformatics" and "diabetes (research)" to see what kinds of publications were returned. A metabolic malfunction known as diabetes can range from a little blood sugar imbalance to type 2 diabetes in its most severe form. An insulin bolus dosage is administered specifically at mealtimes to maintain blood glucose levels in check after a meal.

Diabetes-related dyslipidemia
improper metabolism and cholesterol
a high blood sugar level

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Track 22:Gestational Diabetes

Also known as gestational diabetes mellitus (GDM), this type of diabetes affects both the mother and the fetus and develops throughout pregnancy. The body's failure to create enough insulin to fulfil the needs of pregnancy is what leads to gestational diabetes. As a result, hyperglycaemia occurs, which is a condition in which blood glucose levels reach dangerously high levels. Gestational diabetes does not result in any defects because it does not manifest until the baby's body has fully developed.

Macrosomia
The respiratory distress syndrome and premature birth
Hypoglycemia in newborns
Preeclampsia
Birth Trauma from Polyhydramnios
gestational diabetes later

Track 23:Insulin Treatment

Patients with type 2 diabetes who have an initial A1C result higher than 9% or whose diabetes is uncontrolled despite receiving the maximal amount of oral glycemic therapy often need insulin therapy. Treatment for internal secretion may begin as a replacement (0.3 units per weight unit) or as an addition (0.6 to 1.0 units per weight unit). Aldohexose management, side effects, cost, adherence, and quality of life must all be taken into account while deciding on medical therapy. Since anti-diabetes medicine has been found to lower all-cause mortality and vessel events in obese diabetic individuals, it should be continued whenever possible. For better glycemic management, internal secretion volumetric research throughout time is crucial. The volumetric study of internal secretion over time is crucial for improving glycemic control and avoiding complications from diabetes.

When using stem cells in islet cell transplants to treat type 1 diabetes, more than just swapping out insulin-producing cells from a healthy pancreas for those destroyed by the disease in a diabetic patient should be done.

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Track 24:Nursing Diabetes

According to available data, nurse specialists play a crucial part in assisting nurse-led primary care clinics that combine the management of chronic diseases. To enhance care for those with diabetes in Ireland, the National Clinical Program for Diabetes was formed in 2010. The new integrated care approach seeks to standardise the treatment of diabetes. The impact of education on patients' knowledge of diabetes, motivation to manage it, and planned lifestyle modifications were evaluated by the satisfaction survey.

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Track 25:Ophthalmology and Diabetes

One type of diabetes that affects the eyes is diabetic retinopathy. It is brought on by harm to the veins in the delicate tissue at the back of the eye (retina). At first, diabetic retinopathy may not manifest any symptoms or simply present with modest vision issues. Finally, it might cause vision impairment.

Earlier-stage diabetic retinopathy
Advanced diabetic retinopathy

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Track 26:Pediatric Endocrinology

A medical specialist known as pediatric endocrinology focuses on endocrine gland diseases in children, including diabetes, abnormalities in physical growth and sexual development, and more. Depending on the age range of their patients, pediatric endocrinologists treat children from infancy through late adolescence and young adulthood. The most common condition in the field is type 1 diabetes, which accounts for at least 50% of a typical clinical practice. Growth disorders, particularly those that can be treated with growth hormones, rank as the second most frequent problem. Pediatric endocrinologists are often the primary physicians involved in the treatment of infants and children with intersex disorders.

This field of medicine treats a variety of adrenal, thyroid, and pituitary problems, as well as hypoglycemia and other forms of hyperglycemia in children, puberty variations, and other conditions. Numerous pediatric endocrinologists are experts in inborn metabolic mistakes, adolescent gynecology, lipid metabolism, bone metabolism, and lipid metabolism. A three-year fellowship in pediatric endocrinology is required after a three-year pediatric internship. The fellowship is very research-oriented and intellectually focused, though perhaps not as much as in earlier decades, like the specialization.

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Track 27:The Health Effects of Obesity

From the comfort of your home, venture outside while managing your weight. Use our BMI calculator to determine whether people consider you to be stout. Our experts can assist you if you are overweight or have at least one risk factor for weight. Surgery is probably preferred in cases of extreme stoutness. Fat leads to a case High blood pressure, diabetes, heart disease, joint problems cancer, metabolic condition, psychosocial effects, sleep apnea, and respiratory problems are all potential risks. These are a few serious medical conditions brought on by fat.

An sensitivity to sugar
Retinopathy
elevated blood pressure
diabetes type 2
Cholesterol
Cardiovascular disease
Cancer
Stroke
A gallbladder condition
low standard of living

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