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: Assisted Reproduction

LANGUAGE: English

ProgramData

Start date and end

Start date and end:

11/02/2026

Enrollment

Enrollment:
Free

Location

Location:
ZOOM

Hours

Hours:
2 theoretical
17:00-18:30 (CET Time)

Type

Type:
Webinars

Organizer center

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.

Addressed to

Undergraduate, graduate, PhD, MD students and professionals with a background in reproductive biology, embryology, andrology, gynaecology, obstetrics.

 

Speaker: A. Handyside

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Fechas de inicio y fin

11/02/2026

Schedule

17:00-18:30 (CET Time)

Lugar

ZOOM

Matrícula

Free

Program Data

Start and end dates
11/02/2026 - 11/02/2026
Enrollment
Open
Location

ZOOM

Number of hours
40h
Type
Online Course
Organizing center
IVI Global Education

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.

Enroll in the course

Remember that in order to register, you must be registered on our website.Sign in

Reset password
Log in
 
Do you want more information?

I give my consent for:

IVI Foundation to send me commercial communications.

Send
Do you want more information?