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Embryo Culture Systems
Embryo culture systems are vital components of in vitro fertilization (IVF) procedures, providing a controlled environment for embryo development. These systems typically consist of culture media containing essential nutrients to support embryo growth and development. Advanced culture systems often include sequential media designed to mimic the changing metabolic needs of embryos during different stages of development. Embryo culture systems are carefully optimized to maintain stable pH levels, osmolarity, and temperature to support optimal embryo growth. Quality control measures ensure that culture media are free from contaminants and provide an optimal environment for embryo viability. Time-lapse imaging systems integrated into some culture systems allow continuous monitoring of embryo development without disrupting the incubation environment.
About the Speaker
Dr Charudutt Joshi
Medical Director Genes India , ART Bank
Dr Joshi has done his post graduation in life sciences, special training in ICSI IVF and sperm morphology from Belgium. He Has also done special training in laser assisted hatching from Belgium. Dr. Joshi has done special training for embryo freezing from KK women’s hospital, Singapore, has special training in PGD from Germany and a doctorate in life sciences. Dr. Joshi is presently working as lab director in Mohak Hi tech Laparoscopy and infertility centers in India and Asian countries. She is even a Executive committee member of MP ISAR Chapter, past vice president ACE(Academy of clinical embryologist and President ACE
Upcoming Case Discussions
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Comprehensive Approaches to Pediatric Practice
Comprehensive approaches to pediatric practice emphasize holistic care that integrates early screening, preventive measures, and tailored treatments. These strategies involve using tools like the NISA card for early detection of conditions such as iron deficiency anemia. Regular anthropometric assessments provide insight into growth and development, allowing for early intervention. Incorporating neurodevelopmental screening tools ensures that cognitive, emotional, and physical milestones are monitored effectively. Collaborative care models, including parental involvement and education, support continuous patient engagement. Digital health tools can enhance monitoring and streamline consultations. Multidisciplinary teams can address complex cases more efficiently. Preventive care and health education are prioritized to reduce long-term risks. Comprehensive approaches foster a proactive environment that adapts to each child's needs. The result is improved health outcomes and overall child well-being.
Case Based Discussion on Bronchiolitis
Bronchiolitis is a common respiratory infection in infants and young children, primarily caused by the respiratory syncytial virus (RSV). It presents with nasal congestion, cough, wheezing, and difficulty breathing, often following an upper respiratory infection. Management is largely supportive, focusing on hydration, oxygen therapy, and suctioning nasal secretions. Routine use of bronchodilators, steroids, or antibiotics is not recommended. Severe cases may require hospitalization for respiratory support, such as high-flow nasal cannula or mechanical ventilation. Preventive measures include proper hand hygiene and, in high-risk infants, palivizumab prophylaxis. Prompt recognition and appropriate care are key to reducing complications and improving outcomes.
Diabetic Complications in 12 Questions
Diabetic complications in 12 Questions" is designed to address common concerns related to the long-term effects of diabetes, such as neuropathy, retinopathy, and cardiovascular issues. Through a Q&A format, the session aims to educate participants on prevention, early detection, and management strategies for these complications to improve overall diabetic care.
Management of ICU Delirium
The management of ICU delirium involves a combination of preventive strategies, such as early mobilization, minimizing sedation, and addressing underlying medical causes, to reduce the risk and severity of delirium in critically ill patients. Treatment includes optimizing the patient's environment, using non-pharmacological interventions, and, if necessary, medications to manage symptoms while focusing on long-term cognitive recovery.
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Dr Charudutt Joshi's Talks on Assimilate
- 21th-February-2024, TIME : 07:30PM - 08:30PM
- 0
Embryo culture systems are vital components of in vitro fertilization (IVF) procedures, providing a controlled environment for embryo development. These systems typically consist of culture media containing essential nutrients to support embryo growth and development. Advanced culture systems often include sequential media designed to mimic the changing metabolic needs of embryos during different stages of development. Embryo culture systems are carefully optimized to maintain stable pH levels, osmolarity, and temperature to support optimal embryo growth. Quality control measures ensure that culture media are free from contaminants and provide an optimal environment for embryo viability. Time-lapse imaging systems integrated into some culture systems allow continuous monitoring of embryo development without disrupting the incubation environment.
- 21th-February-2024, TIME : 07:30PM - 08:30PM
- 0
Embryo culture systems are vital components of in vitro fertilization (IVF) procedures, providing a controlled environment for embryo development. These systems typically consist of culture media containing essential nutrients to support embryo growth and development. Advanced culture systems often include sequential media designed to mimic the changing metabolic needs of embryos during different stages of development. Embryo culture systems are carefully optimized to maintain stable pH levels, osmolarity, and temperature to support optimal embryo growth. Quality control measures ensure that culture media are free from contaminants and provide an optimal environment for embryo viability. Time-lapse imaging systems integrated into some culture systems allow continuous monitoring of embryo development without disrupting the incubation environment.