Tuesday 25th May, 2021. 3PM EST/ 8PM GMT / 9PM CET
Interviews, discussion and showcase articles
Moderators: Professor Bart Fauser and Professor Laura Rienzi
Discussion paper:
“There is Only One Thing that Is Truly Important in an IVF Laboratory: Everything- Cairo Consensus Guidelines on IVF Culture Conditions“
Dr. Mina Alikani
Speed Round Papers:
“Collecting Semen Samples at Home for IVF/ICSI Does Not Negatively Affect the Outcome of the Fresh Cycle”
Dr Martin Stimpfel
“2008 Financial Crisis vs 2020 Economic Fallout: How COVID-19 Might Influence Fertility Treatment and Live Births”
Professor Fady I. Sharara
“Conception After Early IVF Pregnancy Loss: Should We Wait?”
Dr. Maya Sharon-Weiner
An automated embryo freezing process has been developed to reduce the likelihood of damage from freezing, or 'cryoinjuries', that can occur when the process is performed manually.
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Online hybrid digital training courses for perfection in ovulation induction, Andrology, IUI; IVF ET, Embryology, ultrasound. visit http://i-ceat.com
Join special curtain raiser class "Azoospermia"
by Clinical & Embryology Academy of ART by i-Ceat
For FREE registration, WhatsApp 'AZP' on number given or call us now : 8375994957
Date : 30th May, 2021
Time : 8:30AM to 9:30AM (IST)
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Registration for June-July Batch Open Now!!!!
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Course Name : Ovulation Induction, IVF, OPU-ET, Reproductive Ultrasound and QA/QC
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7th Edition Starting from 26th June 2021
8 weeks certified online Hybrid ART training courses - First time in India Clinical & Embryology Academy of ART by i-Ceat
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✔️ Basics of USG , Follicular monitoring 3D/4D/CD , SSG
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Or Email: [email protected]
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Tuesday 18th May, 2021. 3PM EST/ 8PM GMT / 9PM CET
A webinar about getting it right on social media! Managing your online reputation, your clinic's promotion and your fertility website.
Moderators: Serena H. Chen and IVF Babble’s Tracey Bambrough
With Giles Palmer, Ivf.net's Thomas Elliott and Vaquera’s Chris Kincade
Presenters:
“Modernizing Medicine” Dr. Lowell Ku
“It’s Not Too Late to Get on Social Media: Five Action Steps to Get Started” Dr. Lora Shahine
“Breaking Barriers of Access to Care and Addressing Racial Bias in Social Media” Dr. Cindy Duke
"It's Personal" Dr. Roohi Jeelani
"Humour and the Infertility Journey" Jennifer "Jay" Palumbo
"Closing Communication Gaps in Healthcare" Dr. Natalie Crawford
"Embryo Babysitter" Vivian Kimble.
Tuesday 11th May, 2021. 3PM EST/ 8PM GMT / 9PM CET
Moderators: Prof. Susana Chuva de Sousa Lopes and Prof. David Albertini
"Brave New Lab-An Introduction to the Latest Developments"
Prof. David Albertini
"Symmetry Breaking in the Human Embryo"
Bailey Weatherbee
"In vitro Culture of Post-implantation Embryos"
and "Ex utero Mouse Embryogenesis from Pre-gastrulation to Advanced Organogenesis"
Alejandro Aguilera Castrejon
Human blastocysts have been created in a simple, efficient way from stem cells grown in a lab.
Scientists at the University of Exeter's Living Systems Institute, in collaboration with colleagues from the University of Cambridge, have developed a method to organise lab-grown stem cells into a model of a blastocyst to recreate the first stage of human embryo development.
Oocytes mature differently in older women, in a process that could contribute to a decrease in fertility, a study from scientists in Barcelona, Spain has shown.
Scientists found that the activity of genes involved in chromosome segregation increased in oocytes progressively with age, while the activity of genes involved in mitochondrial metabolism decreased. Chromosome segregation is needed for cells to divide and multiply, and for RNA processing, while mitochondrial metabolism is essential for cell survival as mitochondria generate the energy needed for all cellular processes.
Early embryonic germ cells, which fail to develop into sperm cells, may later become testicular cancer cells, a study in mice has shown.
During embryonic development, germ cells in the embryo have the ability to develop into any cell type, a state known as pluripotency. However, these cells should develop into either sperm cells or egg cells during sex determination. Researchers at the Baylor Institute of Medicine, Houston, Texas have demonstrated that errors in this process can lead to pluripotency carrying on into puberty, allowing some of these cells to become cancerous.
