2020-09-04

科普: The Amazing Stem Cells

Stem cell technology, also known as regenerative medicine, involves isolating stem cells, culturing them in vitro, directing their differentiation, and even performing genetic modifications to generate entirely new, healthy—sometimes even younger—cells, tissues, or organs. Given the immense potential of stem cells, advancements in this field hold the promise of addressing many complex medical challenges in the near future.

+

2020-08-27

Understand the "rise to fame" of stem cells with just one image.

When it comes to stem cells, how much do you really know? Let this one image guide you through the "rise and evolution" of stem cells!

+

2020-08-25

Big announcement: CDE releases the "Technical Guidance Principles for Clinical Trials of Human-Derived Stem Cells and Their Derivative Cell Therapies" (Draft for Comments)

Encourage applicants to communicate with the drug review department before submitting their applications, discussing the scientific rigor of registered clinical studies, the reliability of study results, as well as the clinical development plan and clinical trial protocols—aiming to enhance the efficiency of research and regulatory submissions for stem cell-related products.

+

2020-08-21

Voice of the Academician: Stem Cell Research and Prospects—The Magical Stem Cells: "Repairing People" Like Fixing a Car

Humanity's journey extends far beyond the stars and the vastness of the ocean—indeed, even the secrets of our own bodies are far more intricate than we currently understand. In this era of rapid advancement in human civilization and scientific technology, scientists are striving to manage the processes of life, aging, illness, and death—all starting at the cellular level. But what exactly is the underlying principle behind these efforts? And can humanity’s timeless dream of achieving immortality ever become a reality? To shed light on these profound questions, Academician Pei Gang from the Chinese Academy of Sciences provides an in-depth analysis, offering detailed insights into the discovery, current state, and promising future of stem cell research.

+

2020-08-17

Stem cell aging is the root cause of human aging.

The road stretches beneath your feet—every step forward brings you closer to the truth. Today, let’s explore the connection between stem cell aging and human aging, focusing on hematopoietic stem cells and mesenchymal stem cells!

+

2020-08-10

Jiuzhitang Maker丨We’re Hiring! Join us—your dream job awaits!

Jiuzhitang Maker is proudly seeking talented individuals! Positions such as Marketing Director, Cell Culture Technician, and CSV Validation Engineer are currently open—join us and let’s create brilliance together!

+

2020-08-06

A Comprehensive Overview: Global Advances in the Stem Cell Industry and Clinical Translation

This article provides an overview and analysis of the entire domestic and international stem cell industry chain, spanning from stem cell storage and proliferation to new drug development and therapeutic applications. It then delves into the clinical translation of various stem cell therapies, concluding that stem cell-based drug development represents the most promising and commercially viable model for advancing these innovations into clinical practice.

+

2020-07-28

World Hepatitis Day | Stem Cells Offer New Pathways for Treating Liver Cirrhosis

Today marks the 10th "World Hepatitis Day," as designated by the World Health Organization—let’s take a look at the latest clinical research advancements in stem cell therapy for liver cirrhosis!

+

2020-07-28

CCTV Channel 1 just aired the latest episode! An academician explains: What exactly do stem cells do?

The human body contains more than 200 types of cells—ranging from nerve cells that transmit information, to blood cells that carry oxygen, and even skin cells that provide protective barriers. But there’s one special type of cell that serves as the foundation for all these others: stem cells. Stem cells are like "Sun Wukong"—capable of transforming into countless versions of themselves, as well as morphing into entirely different cell types. For instance, if stem cells could turn into skin cells, burn victims would finally have a reliable source of new skin. And if they could become neurons, patients suffering from nerve damage or paralysis might just stand up again. That’s precisely what makes stem cells so extraordinary!

+
< 1...202122...31 >