IVF Enhances Reef Recovery by Promoting Reproduction

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Researchers along the Cuban coast implement IVF-like techniques to rejuvenate coral ecosystems, achieving a remarkable 90% success rate compared to natural methods.

Source: www.nbcnews.com

The Future of Human Reproduction: Could the End of Sex be Near?

Sex in the future is expected to evolve due to technological advancements. While people will continue to engage in sexual activities, the reasons for doing so may change. The focus may shift from procreation through sex to other methods of reproduction, supported by emerging technologies.

In the past, reproduction mainly relied on natural processes like sexual intercourse. However, with the advent of artificial insemination and in vitro fertilization, the landscape of reproduction started changing. Now, with the development of in vitro gametogenesis (IVG) which involves creating eggs and sperm from skin cells, the possibilities are expanding further.

The idea of creating genetic parents from people of any age, including deceased individuals, raises ethical questions. The potential to generate eggs from male skin cells and vice versa could revolutionize reproduction. With advancements like creating embryos from the same person’s eggs and sperm, the concept of multi-parenting emerges, where genetic contributions come from multiple individuals.

Furthermore, the ability to modify fetal DNA through technologies like CRISPR opens up possibilities to prevent genetic diseases in offspring, although concerns about its misuse for enhancing abilities remain.

Technology Development

Artificial wombs are another field of research that could redefine reproduction. The concept of growing fetuses outside the human body challenges traditional pregnancy norms. While advancements in creating artificial wombs could benefit premature babies, the implications for society are vast. From potentially eliminating the need for pregnancy to growing organs like the uterus, the future of reproduction is full of possibilities.

The evolving landscape of reproductive technologies requires careful consideration of ethical implications and safety concerns. While these advancements offer exciting prospects, ensuring the well-being of babies and embryos remains a top priority in utilizing these technologies responsibly.

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Source: www.sciencefocus.com

The first gynecologist in space discusses the future of human reproduction

Humans in the future may choose to live extraterrestrial lives on the Moon, Mars, or even Venus. However, the question arises of how they will continue to reproduce and survive once they get there. What happens to their reproductive systems? Is it possible for babies to be born in space?

To find answers to these questions, we interviewed space gynecologist Dr. Varsha Jain. She has published a paper from the University of Edinburgh on women and reproductive health in space.

What Does It Mean to Be a Space Gynecologist?

A space gynecologist is someone who is interested in space medicine and is also a gynecologist. Dr. Varsha Jain, the first person to be awarded this title, began this work about 10 years ago. She focuses on women’s health related to the health of astronauts.

We’ve had some huge breakthroughs for women in space, and that history starts with some pretty amazing myths. Can you tell us a few things about them?

Dr. Jain discussed how early myths caused a delay between the first woman to fly in space (Valentina Tereshkova) and the first American woman to fly in space almost 20 years later (Sally Ride). There was concern over issues like “retrograde menstruation” and how many menstrual products astronauts would need.

Have Attitudes Towards Women in Space Changed?

Dr. Jain noted a significant improvement in attitudes and how NASA supports open access and evidence-based information about female astronauts’ health. They even support the idea of female astronauts freezing their eggs before going into space.

What Happens to Our Reproductive System in Space?

Dr. Jain explained that astronauts’ hormonal cycles do not seem to change in space. Menstruation still occurs, and women can ovulate, potentially leading to fertilization and pregnancy. Although these things may be possible, the focus is currently more on keeping astronauts healthy than finding out if babies can be born in space.

What Do We Know About the Risks to Women’s Bodies and Pregnancy in Space?

Dr. Jain pointed out that radiation in space poses a risk to a developing fetus and that the effects of space travel on the body, including weightlessness and changes in blood volume, could impact pregnancy. Many unknowns still exist around this topic.

Given That There Are Still Many Gaps in Our Knowledge, How Realistic Are Plans to Start an Extraterrestrial Human Colony?

Dr. Jain believes that, while there’s much to learn and research, human curiosity will likely lead to humans colonizing other planets and moons in the future. However, she stressed that extensive research is needed to ensure the safety of such endeavors.

What Impact Could Space Travel Have on What We Know and Don’t Know?

Dr. Jain described the potential for space travel to provide answers about reproductive health and fertility. She believes that space agencies may investigate these questions in the future, potentially leading to new discoveries.

Are Citizens, Scientists, and Nations Racing to Have a Baby in Space?

Although the concept of reproductive health in space may seem fascinating, Dr. Jain emphasized the need for more funding and research in this area. She believes that reproductive health is often underfunded on Earth and that more focus and funding are necessary to understand the effects of the space environment on the human body.

About our experts

Dr. Varsha Jain is a space gynecologist at the University of Edinburgh. Her research has been published in the journals npj Microgravity, International Journal of Gynecology and Obstetrics, and Developmental Cells.

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Source: www.sciencefocus.com

Reproduction of Eels: A BBC Science Focus

Approximately 15 species of eel live here. Eel family They are all long snake-shaped fish, most of which migrate between the ocean and inland freshwater at different times in their lives.

The most notable journey is carried out by the European eel. Anguilla Anguilla. Born in the Sargasso Sea in the central Atlantic Ocean. Hey, transparent larvae that look like leaves hatch. A small fish head is attached to it. They drift thousands of miles on Atlantic currents until they reach the shores of Eastern Europe, where they transform into young bootlace-sized fry known as glass eels or elvers.

They mature in shallow coastal waters and eventually change color into large yellow eels that migrate along rivers to lakes. Eels remain inland and freshwater for decades, before changing color again to become silver eels several meters long.

The golden eel is in the final stages of its life, taking on a daring mission to swim back decades into the Sargasso Sea. Only when they approach the spawning water do males and females mature and develop their reproductive organs.

For many years, the European eel’s epic life cycle remained an unproven theory. It was in 2022 that it became a reality. Scientists tracked golden eels to their spawning groundsThere, the female releases millions of eggs, which are fertilized externally by the male eel.

The next big question is what the future holds for eels. The number of glass eels reaching Europe’s coasts has plummeted by more than 95 percent in recent years, making the species critically endangered. They face many problems, including migratory routes blocked by dams and illegal trade in glass eels for breeding in farms.

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Source: www.sciencefocus.com