Track-1: Diabetes Research in Clinical Practice
Novel remedial targets accessible for diabetes incorporates Incretion based treatments, oral helpful operators like secretagogues, beta cell recovery and expansion and foundational microorganism treatments. Embryonic undeveloped cell and fetal antecedent cell transplantation treatments are the significant undifferentiated cell treatments accessible for Diabetes. Aside from the above, different computational methodologies in Diabetes administration control have been presented as of late which are assuming an imperative part in recognizable proof of qualities bringing about diabetes helping in Early Detection of Diabetes. These procedures are likewise valuable in concentrating on the compound etiologist of Diabetes revealing different treatment prospects and model development forms for survival expectation.
Track 1-1 Non-invasive diagnostic tool for detecting cardiovascular disease in diabetes
Track 1-2 Diabetes and cancer
Track 1-3 Oral therapies: secretagogues
Track 1-4 Incretin based therapies
Track 1-5 Novel agents in treatment
Track 1-6 Updates of anti-diabetic agents
Track 1-7 Measurement of insulin resistance and secretion in diabetes clinic
Track 1-8 Diabetes Case Reports
Track-2: Diabetes mellitus type 1
Diabetes mellitus type 1 (otherwise called type 1 diabetes) is a type of diabetes mellitus that outcomes from the immune system annihilation of the insulin-delivering beta cells in the pancreas. The ensuing absence of insulin prompts expanded glucose in the blood and pee. The established manifestations are regular pee, expanded thirst, expanded yearning, and weight reduction. The reason for diabetes mellitus sort 1 is obscure. Type 1 diabetes can be recognized from type 2 from autoantibody testing. The C-peptide test, which measures endogenous insulin generation, can likewise be utilized.
Organization of insulin is fundamental for survival. Insulin treatment must be proceeded with uncertainly and commonly does not disable ordinary every day exercises. Individuals are normally prepared to freely deal with their diabetes; be that as it may, for some this can challenge. Untreated, diabetes can bring about numerous confusions. Intense confusions incorporate diabetic ketoacidosis and nonketotic hyperosmolar trance like state. Genuine long haul complexities identified with high glucose incorporate coronary illness, stroke, kidney disappointment, foot ulcers and harm to the eyes. Moreover, confusions may emerge from low glucose brought about by exorbitant insulin treatment. Diabetes mellitus type 1 represents around 5% and 10% of all diabetes cases.
Track 2-1 A1C test
Track 2-2 Blood pressure test
Track 2-3 Pancreas Transplant Animation
Track 2-4 Fatigue
Track 2-5 Frequent Urination
Track 2-6 Sisters’ Bone Marrow Transplant
Track 2-7 Stella's story, transplant house
Track 2-8 Stem cell transplant
Track 2-9 Urinalysis
Track 2-10 Polyuria
Track 2-11 Polydipsia
Track 2-12 Polyphagia
Track-3: Diabetes mellitus type 2
Type 2 diabetes is a long haul metabolic turmoil that is portrayed by high glucose, insulin resistance, and relative absence of insulin. Basic side effects incorporate expanded thirst, incessant pee, and unexplained weight reduction. Indications may likewise incorporate expanded craving, feeling tired, and bruises that don't recuperate. Regularly indications go ahead gradually. Long haul complexities from high glucose incorporate coronary illness, strokes, diabetic retinopathy which can bring about visual impairment, kidney disappointment, and poor blood stream in the appendages which may prompt removals. The sudden onset of hyperosmolar hyperglycaemic state may happen; in any case, ketoacidosis is unprecedented. Type 2 diabetes is mostly preventable by staying a typical weight, practicing consistently, and eating legitimately. Treatment includes activity and dietary changes. In the event that glucose levels are not sufficiently brought down, the medicine metformin is regularly suggested. Numerous individuals may in the end likewise require insulin infusions. In that on insulin, routinely check glucose levels is exhorted, in any case this may not be required in those taking pills. Bariatric surgery frequently enhances diabetes in the individuals who are stout.
Track 3-1 Glucose tolerance test
Track 3-2 Unexplained weight loss
Track 3-3 Heart and blood vessel disease
Track 3-4 Nerve damage (neuropathy)
Track 3-5 Kidney damage (nephropathy)
Track 3-6 Hearing impairment
Track 3-7 Alzheimer's disease
Track-4: Diabetic Disorders and Treatment
Diabetes, frequently referred to by specialists as diabetes mellitus, depicts a gathering of diabetes and metabolic sicknesses in which the individual has high blood (glucose), either in light of the fact that insulin generation is lacking, or on the grounds that the body's phones don't react appropriately to insulin, or both. Patients with high glucose will normally encounter polyuria (continuous pee), they will turn out to be progressively parched (polydipsia) and hungry (polyphagia). Recognizing type 1 and type 2 diabetes at determination is critical. Average qualities of type 2 diabetes incorporate the, Slow and guileful onset, most normal in overweight or fat patients from a minority bunch (Native Americans, blacks, and Pacific Islanders), Signs of insulin resistance, Strong family history of type 2 diabetes. Familial way of life danger components prompting heftiness might be available, as may a family history of cardiovascular disease or metabolic disorder. Pediatric Diabetes is a type 1 diabetes mellitus requires insulin treatment.
Track 4-1 Type 1 & 2 diabetes Complications and treatment
Track 4-2 Paediatric diabetes and treatment
Track 4-3 Gestational Diabetes- Treatment and care
Track 4-4 Dietary management, physical activity and prevention strategies for diabetes
Track 4-5 Novel research and treatment strategies on diabetes
Track-5: Advanced Technologies for Treatment of Diabetes
The concept of 'new innovations' for type 1 diabetes and new revelation and propelled type 2 diabetes treatment has extended as of late at a rate that some should seriously think about similar to 'Moore's Law', and the sheer number of new advancements going into the type 1 diabetes commercial centre is likewise developing at a surprising rate. From the patient's viewpoint, this is energizing as well as can prompt a feeling of positive thinking. Advancements that today are developing typical (e.g. insulin pumps, fast HbA1c observing, and so forth go under new remedial instruments of diabetes. Without a doubt, it could be contended that the real advances in type 1 diabetes care made inside the last quarter of a century have originated from innovation instead of science. In the meantime, not all new innovations succeed (e.g. the Glucowatch), paying little respect to their implied guarantee. Both type 1 diabetes patients and their medicinal services suppliers will soon see a progression of further propelled therapeutic advancements utilized as a part of doctor's facility and new innovations and novel treatments in diabetes treatment whose premise is fixing to the idea of enhancing the lives of those with the malady.
Track 5-1 New Discoveries and Emerging Therapies for Type 1 Diabetes
Track 5-2 New Discovery and Treatment for Type 2 Diabetes
Track 5-3 New Therapeutic Mechanisms for Diabetes
Track 5-4 Other advanced medical technologies used in hospitals
Track 5-5 Exploring novel therapies in diabetes treatment
Track-6: Gestational Diabetes
Gestational diabetes is first analysed amid pregnancy. Like type 1 and type 2 diabetes, gestational diabetes causes glucose levels to wind up noticeably too high. When you eat, your stomach related framework separates the greater part of the sustenance into a sugar called glucose. It's the point at which the blood glucose level (glucose level) of the mother goes too high amid pregnancy. Gestational diabetes creates when your body can't deliver enough of the hormone insulin amid pregnancy. Insulin is important to transport glucose what your body utilizes for vitality into the cells. Without enough insulin, you can develop excessively glucose in your blood, prompting a higher-than-typical blood glucose level and maybe gestational diabetes. The higher blood glucose level in gestational diabetes caused by hormones discharged by the placenta amid pregnancy. The placenta delivers a hormone called the human placental lactogen (HPL), otherwise called human chorionic somatomammotropic (HCS). It's like development hormone (so it enables the infant to develop), yet it really alters the mother's digestion and how she forms sugars and lipids. HPL really raises the mother's blood glucose level and makes her body less delicate to insulin—less ready to utilize it appropriately. In the event that the body doesn't utilize insulin as it should, the blood glucose level goes up. The HPL hormone lifts the blood glucose level with the goal that the child gets enough supplements from the additional glucose in the blood.
Track 6-1 Genetics of Diabetes
Track 6-2 Placental Hormones
Track 6-3 Blurred Vision
Track 6-4 Fatigue
Track 6-5 Diet Therapy
Track 6-6 Insulin Therapy
Track- 7: Stem Cell treatment in Diabetes
Stem cells use in islet cell transplants to cure type 1 diabetes, stem cell replacement should be more than just an instance of swapping insulin-delivering cells from a healthy pancreas with those annihilated by diabetes in a diabetic patient. It is conceivable to treat Type 1 diabetes by transplanting confined islet cells, containing beta cells or even an entire pancreas into the patient from a contributor. Transplants can empower the body to recover control of glucose levels so administrating insulin is never again required. Pancreatic islets, additionally called islets of Langerhans, are modest groups of cells scattered all through the pancreas. Pancreatic islets contain a few types of cells, including beta cells that create the hormone insulin. Insulin enables cells all through the body to retain glucose from the circulation system and utilize it for vitality.
Track 7-1 Stem Cell Therapy
Track 7-2 Treatment of Diabetes
Track 7-3 Embryonic Stem Cell Research
Track 7-4 Type 1 Diabetes Beta Cells
Track 7-5 Umbilical Stem Cells
Track 7-6 Stem Cells and Diabetes
Track-8: Diabetes Ophthalmology
Diabetic retinopathy is the most common diabetic eye disease and a leading cause of blindness in adults in the U.S. It is caused by changes in the blood vessels of the retina. The retina is the light-sensitive tissue at the back of the eye. A healthy retina is necessary for good vision. Diabetic retinopathy can be detected during a dilated eye exam by an ophthalmologist or optometrist. An exam by your primary doctor, during which your eyes are not dilated, is not an adequate substitute for a full exam done by an ophthalmologist. Eye exams for people with diabetes can include: Visual acuity testing. Diabetic retinopathy affects blood vessels in the light-sensitive tissue called the retina that lines the back of the eye. It is the most common cause of vision loss among people with diabetes and the leading cause of vision impairment and blindness among working-age adults.
Diabetes can harm your eyes. It can damage the small blood vessels in your retina, or the back of your eye. This condition is called diabetic retinopathy. Diabetes also increases your risk of glaucoma and other eye problems. There is no cure for diabetic retinopathy. But laser treatment (photocoagulation) is usually very effective at preventing vision loss if it is done before the retina has been severely damaged. Surgical removal of the vitreous gel (vitrectomy) may also help improve vision if the retina has not been severely damaged.
Track 8-1 Ophthalmic Investigations
Track 8-2 No proliferative and Proliferative retinopathy
Track 8-3 Diabetic macular edema (DME)
Track 8-4 Vitrectomy surgery
Track 8-5 Cataract and Glaucoma
Track 8-6 Laser Treatment of Diabetic Retinopathy
Track 8-7 Special Treatments- Scatter photocoagulation, focal photocoagulation
Track-9: Endocrinology & Diabetes: Diseases & Disorders
The Endocrine system controls the stream of information among cells and tissues, represented by complex managerial parts. Hormones apply in all cases impacts on various metabolic methods which ensure regulatory, change genic and integrative limit. Signs and indications of endocrine issue navigate the entire clinical range. The Endocrine system is a system of organs that create and discharge hormones that assistance controls numerous imperative body capacities, including the body's capacity to change calories into energy that forces cells and organs. The Endocrine system impacts how your heart beats, how your bones and tissues develop, even your capacity to make a child. It assumes a key part in regardless of whether you create diabetes, thyroid sickness, development issue, sexual brokenness, and a large group of other hormone-related disorders. Endocrine disease that outcomes when an organ delivers excessively or too little of an endocrine hormone, called a hormone imbalance. Endocrine disease is because of the improvement of injuries, (for example, knobs or tumours) in the endocrine system, which might influence hormone levels. Endocrine disorders might be symptomless or sufficiently gentle to not require treatment. Surgery or radiation treatment might be utilized. Regularly, finding and treatment of the hidden reason for the endocrine issue will resolve the symptoms.
Track 9-1 Cushing's disease
Track 9-2 Congenital adrenal hyperplasia (CAH)
Track 9-3 Graves’ disease
Track 9-4 Hypoglycaemia
Track 9-5 Hyperthyroidism
Track 9-6 Hypothyroidism
Track 9-7 Osteoporosis
Track 9-8 Paget's disease and Rickets
Track 9-9 Polycystic ovary syndrome (PCOS)
Track 9-10 Gestational Diabetes (Diabetes During Pregnancy)
Track 9-12 Prediabetes
Track 9-13 Type 1 Diabetes
Track 9-14 Type 2 Diabetes
Track-10: Thyroid Disorders in Children, Teens and Adolescents
Thyroid issues are not uncommon in youngsters, but rather they are not as regular as guardians. Hyperthyroidism an overactive thyroid organ is seen just once in a while in new-borns. This condition is alluded to as neonatal hyperthyroidism. Although thyroid ailment happens less much of the time in kids than in grown-ups, the signs and indications can be comparable. In any case, there are a couple of essential contrasts that should be conveyed to light. Inborn hypothyroidism is a confusion that influences Newborn children during childbirth, and happens in around 1 in 4000 live-conceived babies. It is portrayed by the loss of thyroid capacity, because of the thyroid organ neglecting to grow regularly. At times, the organ is totally absent. Around 10% of cases are brought on by a catalyst deformity prompting inadequate hormones generation, iodine lack and a cerebrum pituitary organ variation from the norm. On the off chance that the determination is postponed, and quick treatment is not given, innate hypothyroidism can prompt development and formative imperfections, and serious mental impediment (cretinism).
Track 10-1 Hypothyroidism in New born
Track 10-2 Effect of Thyroidism on Unborn baby & Neonates
Track 10-3 Pediatric Hypernatremia, Raynaud Phenomenon, Acute Anaemia
Track 10-4 Hashimoto’s & Postpartum Thyroiditis
Track 10-5 Management of Hyper & Hypothyroidism during Pregnancy
Track 10-6 Infertility, Miscarriage & Complications during Pregnancy & Childbirth
Track 10-7 Clinical and Diagnosis Features
Track 10-8 Neonatal Hyperthyroidism
Track-11: Advances in Endocrinology Metabolism
Treat patients with hyperparathyroidism, Address particular issues of Graves' disease including thyrocardiac ailment, ophthalmopathy, dermopathy, delayed pregnancy, mammary, Use the 2015 ATA rules in the administration of their patients with thyroid knobs and thyroid malignancy determination, Determine when to do atomic hereditary testing amid assessment of a thyroid knob, Identify the ordinarily experienced adrenal and pituitary issue (clinical cases), Counsel patients on ripeness issues while being dealt with for growth, Provide the best treatment for transgender patients, Use the new lipid bringing operators and how down to oversee quiet who can't take statins. Intrinsic adrenal hyperplasia (CAH) are any of a few autosomal latent sicknesses coming about because of changes of qualities for catalysts intervening the biochemical strides of creation of mineralocorticoids, glucocorticoids or sex steroids from cholesterol by the endocrine organs (steroid beginning).
Track 11-1 Islet cell transplantation
Track 11-2 Case management in multiple pituitary hormone deficiencies
Track 11-3 Updated approach for the management of thyroid nodules
Track 11-4 Endocrine disorders in hemoglobinopathies
Track 11-5 Adrenal hyperplasia
Track 11-6 Lipid metabolism by glucocorticoids
Track-12: Treatment and Diagnosis of Endocrine Diseases
Endocrine organs, they are the hormones creating organs in the body, and the regular ones are thyroid, parathyroid hormones, pancreas and adrenal organs. On the off chance that the thyroid endocrinology is making additional prohormones, a patient will have manifestations like uneasiness, tremors, sweating, palpitations, or trouble nodding off. At first, this is made do with prescription, or there are pills like radioactive iodine that can wreck the thyroid organ. Endocrine disruptors are chemicals that, at specific measurements, can meddle with the endocrine (or hormone) framework in warm blooded animals. These interruptions can bring about carcinogenic mind tumours, birth abscond, and other formative issue. Addison's illness (likewise Addison infection, incessant adrenal deficiency, hypocortisolism, and hypoadrenalism) is an uncommon, ceaseless endocrine framework issue in which the adrenal organs don't create adequate steroid hormones (glucocorticoids and mineralocorticoids).
Track 12-1 Gitelman syndrome
Track 12-2 Molecular Endocrinology of Breast Cancer
Track 12-3 Pheochromocytoma- Diagnosis and treatment
Track 12-4 Addison’s disease
Track 12-5 Metabolic Syndrome- Diagnosis and treatment
Track 12-6 Endocrine disruptors
Track 12-7 Cushing’s syndrome
Track 12-8 Sheehan’s syndrome
Track- 13: Ketogenic Diet for Diabetes
A Ketogenic diet may be a very low-carb diet, considered to be once you eat a level of sugar of around 30g of carbohydrates per day or below. This encourages the body to induce its energy from burning body fat that produces AN energy supply called ketones. The diet helps to lower the body's demand for hypoglycemic agent that has advantages for individuals with type one and type two diabetes. Note that it's necessary that you just speak to your doctor if you're considering following the diet as precautions might have to be taken before beginning. On a Ketogenic diet, blood sugar levels area unit unbroken at a low however healthy level which encourages the body to interrupt down fat into a fuel supply called ketones. The method of breaking down or ‘burning’ body fat is known as ketosis. People on hypoglycemic agent can generally need smaller doses of hypoglycemic agent that results in less risk of huge dosing errors. The diet helps burn body fat and therefore, has specific benefits for those trying to reduce weight, as well as people with prediabetes, or those otherwise, in danger of type two diabetes.
Track 13-1 Very-low-carb Ketogenic diet (VLCKD)
Track 13-2 Well Formulated Ketogenic Diet (WFKD)
Track 13-3 MCT Ketogenic Diet
Track 13-4 Carbohydrates and diabetes
Track 13-5 Acid-alkaline diet
Track 13-6 Gluten free diet
Track 13-7 Low calorie diet
Track 13-8 Low carb diet
Track 13-9 Low fat diet
Track 13-10 Meal replacement diet plans
Track-14: Case Reports and Others
Lipid disorders are a group of medical conditions which refer to excessive levels of fatty substances in the bloodstream. These fatty substances include cholesterol and triglycerides. An excess of bad cholesterol increases your risk of heart disease and stroke. A paraganglioma is rare neuroendocrine neoplasm that may develop at various body sites (including the head, neck, thorax and abdomen). About 97% are benign and cured by surgical removal; the remaining 3% are malignant neoplasm because they are able to produce distant metastases. "Paraganglioma" is now the most-widely accepted term for these lesions that have been also described as: glomus tumour, chemodectoma, perithelioma, fibroangioma, and congenital nevi.Metabolic disorders of bone strength, usually caused by abnormalities of minerals (such as calcium or phosphorus), vitamin D, bone mass or bone structure. The most common metabolic bone disorder is osteoporosis.