Female meiosis: a molecular clock hypothesis – Hoffman
AREA: Assisted Reproduction
LANGUAGE: English
PLACES: 20
STUDENTS: 9/20 (45%)
HOURS: 2 theoretical
START DATE & END:
11/02/2026
MODALITY: Online
SPEAKER: A. Handyside
Female meiosis: a molecular clock hypothesis – Hoffman
AREA: Assisted Reproduction
LANGUAGE: English
PLACES: 20
STUDENTS: 9/20 (45%)
HOURS: 2 theoretical
START DATE & END:
11/02/2026
MODALITY: Online
SPEAKER: A. Handyside
Female meiosis: a molecular clock hypothesis – Hoffman
AREA:
LANGUAGE: English
ProgramData
Start date and end:
11/02/2026
Enrollment:
Free
Location:
ZOOM
Hours:
2 theoretical
17:00-18:30 (CET Time)
Type:
Webinars
Organizer center:
IVIRMA Global Education
Description
The Genera - UniPV 2025 Webinar Series, Basic Science-Driven Innovation in IVF, explores the fundamental scientific discoveries shaping the future of reproductive medicine. This pathway offers a deep dive into topics like the molecular clock of female meiosis, the impact of environmental factors on fertility, and the intricate mechanisms of embryo plasticity. With contributions from experts in genetics, bioengineering, and clinical research, participants will uncover how cutting-edge science drives innovation in IVF, shedding light on processes from endometrial receptivity to cellular and molecular embryo dynamics. This journey into the core of reproductive biology promises to inspire new perspectives and approaches in fertility treatments.
Undergraduate, graduate, PhD, MD students and professionals with a background in reproductive biology, embryology, andrology, gynaecology, obstetrics.
Speaker: A. Handyside
Cancellation and Refund Policy
Once the course has started, enrollment cancellation will not be possible, and no refunds will be issued under any circumstances.
Theoretical-practical courses are designed as an indivisible training unit; therefore, no refunds will be granted once the course has begun, even if the practical component has not yet started.
Course Completion
A course will only be considered successfully completed when the student has fully completed the entire program. If the course includes a practical component, it will not be deemed completed unless that component has been fully carried out.
No certificate of completion or attendance will be issued if the student has not completed all the activities included in the course program. Under no circumstances will certificates be issued for partial completion of either the theoretical or practical parts of the course.
Related courses
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Start: 10/02/2026
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Course fee:
350 €
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Online Course Comprehensive Laboratory Management
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Course fee:
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11/02/2026
17:00-18:30 (CET Time)
ZOOM
Free
Program Data
ZOOM
Speaker: A. Handyside
Intended for
Undergraduate, graduate, PhD, MD students and professionals with a background in reproductive biology, embryology, andrology, gynaecology, obstetrics.
Description
The Genera - UniPV 2025 Webinar Series, Basic Science-Driven Innovation in IVF, explores the fundamental scientific discoveries shaping the future of reproductive medicine. This pathway offers a deep dive into topics like the molecular clock of female meiosis, the impact of environmental factors on fertility, and the intricate mechanisms of embryo plasticity. With contributions from experts in genetics, bioengineering, and clinical research, participants will uncover how cutting-edge science drives innovation in IVF, shedding light on processes from endometrial receptivity to cellular and molecular embryo dynamics. This journey into the core of reproductive biology promises to inspire new perspectives and approaches in fertility treatments.
Cancellation and Refund Policy
Once the course has started, enrollment cancellation will not be possible, and no refunds will be issued under any circumstances.
Theoretical-practical courses are designed as an indivisible training unit; therefore, no refunds will be granted once the course has begun, even if the practical component has not yet started.
Course Completion
A course will only be considered successfully completed when the student has fully completed the entire program. If the course includes a practical component, it will not be deemed completed unless that component has been fully carried out.
No certificate of completion or attendance will be issued if the student has not completed all the activities included in the course program. Under no circumstances will certificates be issued for partial completion of either the theoretical or practical parts of the course.
