Tissue engineering

Peptides are emerging as promising biomolecules in a variety of scientific research fields due to their versatile physiological properties and molecular functions. Among the peptides gaining attention are BPC-157 and TB-500.

Organoids preserved in MEDY showed growth and function similar to those never frozen, even after 18 months in storage

A group of scientists discovered a new organ in the human body while researching something entirely different

Indiana University researchers grew a brain “organoid” and mounted it on a silicon chip

Scientists have created miniorgans from cells floating in the fluid that surrounds a fetus in the womb - an advance they believe could open up new areas of prenatal medicine.

Miniorgans, or " organoids," are tiny simplified structures that can be used to test new medical treatments or study how the real organs they mimic work, whether they are healthy or diseased.

An academic and his team from Ankara University has produced an aorta that can be used in humans from bovine aortas with a 3D bio-printer.

A Turkish scientist has proven that human brain cells transplanted into a mouse combine with the mouse brain, establish functional connections and respond to external stimuli.

Conducting their studies at the University of California in the U.S., Duygu Kuzum and her team managed to produce brain organoids with stem cells taken from human skin and transplant them into mice.

A new method of tissue engineering is only a proof of concept for now

The revolutionary device could be implanted in human subjects by the end of this year, and some experts believe it could completely revolutionise human sexuality

Scientists are using human stem cells to create a structure that mimics a pre-embryo and can serve as a research alternative to a real one.

They say these "blastoids" provide an efficient, ethical way to study human development and pursue biomedical discoveries in fertility and contraception.