About the Course
Diabetes, a chronic condition affecting millions worldwide, poses significant challenges to individuals and their overall well-being. Beyond the daily management of blood sugar levels, diabetes increases the risk of numerous health complications, including cardiovascular diseases, nerve damage, kidney problems, and more.
At The Gene Box Academy, we recognize the profound impact of genetics on diabetes and its management, and the importance of understanding this connection. We are delighted to present our course, “Genetics and Diabetes Management”, in which our expert instructors will guide you through the latest advancements in diabetes research and management, personalized nutrition, lifestyle modifications, and cutting-edge genomics research, aimed at equipping you with the knowledge and tools to effectively manage diabetes or mitigate its risk.
What will you learn?
- Basics of Molecular Biology, Genetics and Metabolism
- Understand Different Types of Diabetes, along with biomarkers
- Symptoms and Risk Factors of Type II Diabetes (T2DM)
- The Ominous Octet and Pathophysiology of T2DM
- Genetics risk factors for Pre-Diabetes and T2DM
- Diabetic Complications and their association with Genetics
- Nutritional Strategies in Diabetes Management
- Diabetes and Chrononutrition, Polyphenols, AGEs, Dawn Phenomenon, Fasting
- Nutrigenomics and Diabetes Management
- Exercise Science and Gut Microbiome in Diabetes Management
- Drugs and Therapeutic Management of Diabetes
- Self Monitoring of Blood Glucose and Continuous Glucose Monitoring (CGM)
Overview
Diabetes affects millions worldwide. Understanding molecular biology and genetics is crucial to effectively managing this complex condition. Our course provides a solid foundation to grasp the intricate mechanisms underlying diabetes.
Explore glucose metabolism, different diabetes types, and risk factors for type 2 diabetes (T2DM). Unravel symptoms and risks to identify better and manage T2DM. Understand its pathophysiology and traditional/novel biomarkers for effective treatment.
Genetics plays a crucial role in diabetes and associated complications. Gain a comprehensive knowledge of genetic risk factors. Discover nutritional strategies and the interaction between nutrition and genetics in managing diabetes through nutrigenomics.
Leverage exercise science as a powerful tool in T2DM management. Learn about the role of the microbiome. Gain insight into pharmacological treatment, and blood glucose monitoring, and make informed decisions in patient care.
Enrol in “Genetics and Diabetes Management” to revolutionize patient care, empowering them to lead healthier lives.
Requirements
This course is designed for health professionals including nutritionists, dietitians, fitness trainers, exercise scientists, sports coaches, lifestyle coaches, students and anyone else interested in understanding the mechanism, relationship with genetics, and the management strategies for diabetes. No prior knowledge or experience is required.
Syllabus
Course Introduction
Learning Outcomes
Speaker Introductions
- Chapter Introduction
- Lesson 1: Diabetes – The Next Big Pandemic
Understanding the core tenets of the process of food consumption, digestion, absorption, utilization in the body and excretion.
- Chapter Introduction
- Lesson 1: Introduction To Molecular Biology
- Lesson 2: Central Dogma
- Chapter Introduction
- Lesson 1: Glucose Metabolism
- Lesson 2: Glycogen Metabolism
- Chapter Introduction
- Lesson 1: Pancreas and Hormones
- Lesson 2: Adrenal Gland and Hormones
- Lesson 3: Anterior Pituitary Gland and Hormones
- Lesson 4: Thyroid Gland and Hormones
- Lesson 5: Other Key Players in Glucose Metabolism
- Chapter Introduction
- Lesson 1: Introduction to Types of Diabetes
- Lesson 2: Type 1 Diabetes
- Lesson 3: Type 2 Diabetes
- Lesson 4: Gestational Diabetes
- Lesson 5: MODY and LADA
- Lesson 6: Prediabetes
- Lesson 7: Diabetes and the Brain
- Chapter Introduction
- Lesson 1: Symptoms of Type 2 Diabetes
- Lesson 2: Risk Factors of Type 2 Diabetes
- Chapter Introduction
- Lesson 1: Ominous Octet Part 1
- Lesson 2: Ominous Octet Part 2
- Chapter Introduction
- Lesson 1: Type 2 Diabetes Pathophysiology at a Molecular Level
- Lesson 2: Insulin Action and Insulin Resistance
- Lesson 3: Beta Cell Dysfunction and Type 2 Diabetes
- Lesson 4: Inflammation and Type 2 Diabetes
- Lesson 5: Central Nervous System and Type 2 Diabetes
- Lesson 6: Obesity and Type 2 Diabetes: Diabesity
- Lesson 7: Mitochondrial Dysfunction and Type 2 Diabetes
- Lesson 8: Other Causes of Type 2 Diabetes
- Chapter Introduction
- Lesson 1: Introduction to Biomarkers
- Lesson 2: Traditional Biomarkers
- Lesson 3: Novel Biomarkers
- Chapter Introduction
- Lesson -1: Fundamentals Of Genetics
- Chapter Introduction
- Lesson -1: Genetics and Type 2 Diabetes
- Lesson -2: Genetics and Prediabetes
- Chapter Introduction
- Lesson -1: Introduction to Diabetic Complications
- Lesson -2: Common Pathways Involved in Diabetic Complications: Part 1
- Lesson -3: Common Pathways Involved in Diabetic Complications: Part 2
- Lesson -4: Diabetic Nephropathy: Introduction & Progression
- Lesson -5: Diabetic Nephropathy: Genetics
- Lesson -6: Diabetic Neuropathy: Introduction & Progression
- Lesson -7: Diabetic Neuropathy: Genetics
- Lesson -8: Diabetic Retinopathy: Introduction & Progression
- Lesson -9: Diabetic Retinopathy: Genetics
- Lesson -10: Diabetic Foot Ulcers: Introduction & Progression
- Lesson -11: Diabetic Foot Ulcers: Genetics
- Lesson -12: Diabetes-related Cardiovascular conditions: Introduction & Progression
- Lesson -13: Diabetes-related Cardiovascular conditions: Genetics
- Lesson -14: NAFLD and Diabetes
- Lesson -15: Dyslipidemia and Diabetes
- Lesson -16: Cardiac Autonomic Neuropathy and Diabetes
- Chapter Introduction
- Lesson -1: Understanding Glycemic Index and Glycemic Load
- Lesson -2: Nutritional Guidelines
- Chapter Introduction
- Lesson -1: Circadian Rhythm
- Lesson -2: Chrononutrition And T2DM Management
- Chapter Introduction
- Lesson -1: Introduction To Polyphenols
- Lesson -2: Ginger
- Lesson -3: Circumin
- Lesson -4: Catechins
- Lesson -5: Cinnamon
- Chapter Introduction
- Lesson -1: What Are AGEs?
- Lesson -2: Dietary AGEs
- Lesson -3: Role Of AGEs In T2DM
- Chapter Introduction
- Lesson -1: Dawn Phenomenon (DP)
- Lesson -2: Somogyi Effect
- Chapter Introduction
- Lesson -1: Introduction To Intermittent Fasting (IF)
- Lesson -2: Benefits Of IF
- Lesson -3: IF And T2DM : Risks And Management
- Chapter Introduction
- Lesson -1: Response To Carbohydrates
- Lesson -2: Response To Saturated Fats
- Lesson -3: Response To Monounsaturated Fats
- Lesson -4: Response To Polyunsaturated Fats
- Lesson -5: Magnesium Metabolism
- Lesson -6: Zinc Metabolism
- Lesson -7: Vitamin D Metabolism
- Lesson -8: Vitamin B12 Metabolism
- Lesson -9: Vitamin C Metabolism
- Lesson -10: Sweet Taste Perception
- Chapter Introduction
- Lesson -1: Introduction
- Lesson -2: Exercise and Diabetes
- Lesson -3: Type II DM and Exercise Training : Part One
- Lesson -4: Type II DM and Exercise Training : Part Two
- Lesson -5: Recommended PA Guidelines
- Lesson -6: Training Guidelines For Type II DM With Insulin Supplementation
- Lesson -7: Training Guidelines For Type II DM Without Insulin Supplementation
- Lesson -8: Challenges In Training Type II DM Patients
- Chapter Introduction
- Lesson -1: Introduction to Microbiome
- Lesson -2: Role of the Gut Microbiome in Diabetes
- Lesson -3: Metformin, Microbiome and Type 2 Diabetes
- Chapter Introduction
- Lesson -1: Oral Hypoglycemic Agents
- Lesson -2: Insulin Therapy
- Lesson -3: Newer Technologies in Insulin Delivery
- Lesson -4: Monitoring of Blood Glucose
- Chapter Introduction
- Lesson -1: Case Study 1
- Lesson -2: Case Study 2
- Lesson -3: Case Study 3
- Lesson -4: Case Study 4
Instructors
Dr Anand Hinduja
MBBS, MRCP (UK) (Endocrinology & Diabetes) CCEBDM, CCMTD, CCGDM MHA (Gold Medalist) CHSE (USA) Consultant Physician Clinical Simulation Expert
Dr Anand Hinduja is an adept physician with thirteen years of practice experience with numerous publications to his credit. A gold medalist in MHA CHSE USA & MRCP (UK) specialized in endocrinology & diabetes. He is dedicated to exemplary patient outcomes and following all necessary medical procedures with the use of the latest technology. Dr Anand has a particular interest in Diabetes, Thyroid, Hormonal Disorders, Weight Management & Osteoporosis. Dr Anand Hinduja has a strong aptitude for teaching and advocating for integrating simulation-based education into the medical curriculum. He has been a faculty member in Clinical Simulation for 7 years. He conducts regular workshops for medical teachers and students across India.
Nidhi Gada
M.Sc Biotechnology, Dayananda Sagar Institution, Bangalore Research Analyst at The Gene Box
Nidhi is a strong research professional with over three years of experience in genetics and genomics. At The Gene Box, she is the lead for diabetes and microbiome projects. She also specializes in other projects such as Personality Genomics, Immunology and Ophthalmology as well as overseeing the research quality control process to meet the quality expectations of the scientific curation produced.
ASHISH PANDYA
M.sc Biochemistry, Nirma University, Ahmedabad. Lead – Strategy & Customer Success at The Gene Box
Ashish is a gold medalist in Biochemistry. Having worked on medical devices, he also has a patent in his name. Ashish has been working in the emerging healthcare domain for more than a decade and has considerable research experience as well as publications to his credit.
Aditi Deshpande
Masters in Applied Nutrition, ICMR-National Institute of Nutrition, Hyderabad Nutritionist at The Gene Box
Aditi has extensive research experience in nutrition, genomics and microbiome. With specialisation in Applied and Molecular Nutrition, she builds nutritional recommendations based on genetics and gut microbiome.
Malvika Dalvi
M.Sc Nutrition and Dietetics with Specialization in Nutrigenomics Symbiosis Institute of Health Sciences, SIU Pune Nutritionist at The Gene Box
Malvika is a research professional with experience in genetics, nutrition, and nutrigenomics. She has prior experience working in various labs in molecular biology techniques, food analysis, and food microbiology. She has also taken part in competitions for creating plant-based food products. At The Gene Box, she works in the areas of Nutrition and Nutrigenomics.
MEENAKSHI BANDYOPADHYAY
Msc. Microbiology, University of Mumbai Scientific Researcher at the Gene Box
Meenakshi has over 5 years of research and industrial experience spanning various areas, from stem cell therapy to molecular biology. She has published several research articles as a first author in multiple fields, including antimicrobial resistance, endocrinology, and the human microbiome. Meenakshi has also worked with scientists across the globe in the scientific publishing industry as a Scientific and Editorial Reviewer. At the Gene Box, she is a part of the research team involved in understanding the human microbiome, pharmacogenomics, behavioral science, and disease traits, and is also a part of the content development team.
Tanya Banerjee
M.Sc Biotechnology, Banasthali Vidyapith, Jaipur Research Analyst at The Gene Box
Tanya has been awarded the DBT fellowship. She has substantial practical research experience in the fields of Molecular Biology and Microbiology. Having worked on multiple projects aimed at improving the nutritional content of food crops, she also has a strong research background in Plant Biotechnology.
Lavanya Parashivakumar
M.S. in Exercise Science, Manipal Academy of Health Sciences Exercise Physiologist at The Gene Box
Lavanya is a gold medalist from the Manipal Academy of Health Sciences where she completed her Masters in Exercise Science. She also holds a Bachelor's Degree in Physiotherapy from Rajiv Gandhi University of Health Sciences. Lavanya has a plethora of experience under her belt having worked as a clinical physiotherapist and a sports scientist training national-level gymnasts.
Frequently Asked Questions
Pre-Diabetics and diabetics comprise a big section of the client pool for nutritionists. Lifestyle changes, a huge part of which is the individual’s diet, are often used as the first line of defense against these conditions. Therefore, an effective intervention by nutritionists can greatly benefit such people. Hence it is imperative for nutritionists to have an in-depth understanding of the condition, and the genetic factors that influence its risk and mitigation strategies. This would enable them to provide unique and highly personalized dietary strategies.
Pre-Diabetics and diabetics comprise a big section of the client pool for fitness trainers. Lifestyle changes, which includes physical activity are often used as the first line of defense against these conditions. Therefore, an effective intervention by fitness trainers can greatly benefit such people. Hence it is imperative for fitness trainers to have an in-depth understanding of the condition, the impact of nutrition, and the genetic factors that influence its risk and mitigation strategies. This would enable them to better counsel their clients.
It’s always great to be proactive about your health, especially when it comes to adopting the right fitness and nutrition strategies. Given your interest in this subject, it is likely that you often read up about and take preventive measures for diabetes, or for preventing blood glucose spikes. This course can help you understand the underlying causes of diabetes, its various types, and the relationship between genetic variations and diabetes. This will help you in understanding the impact of genetics, and how best you can personalize your dietary and fitness strategies to mitigate the risk of developing diabetes and any of its complications.