TLDRai.com Too Long; Didn't Read AI TLDWai.com Too Long; Didn't Watch AI
Budata
Jiri AI mee nchịkọta na-akparaghị ókè!
Kwalite na PRO US$ 7.0/m
Enweghị ọrụ amachibidoro

Membrane Receptors | Nervous system physiology | NCLEX-RN | Khan Academy

https://youtu.be/8Otn9DVkm-g
Membrane receptors are integral proteins embedded in the cell membrane that allow cells to communicate with the outside environment. When a ligand (an ion or molecule) binds to the receptor, it triggers a process called signal transduction, which propagates the original signal throughout the cell and causes an intracellular response. Membrane receptors have a specific fit, known as the lock and key model (or induced fit), which allows only certain ligands to bind to certain receptors. These receptors can be grouped into three major categories: ligand gated ion channels, G protein coupled receptors, and enzyme linked receptors.
Ndị ọrụ PRO na-enweta nchịkọta ogo dị elu
Kwalite na PRO US$ 7.0/m
Enweghị ọrụ amachibidoro
Chịkọta vidiyo mpaghara Chịkọta vidiyo dị n'ịntanetị

Nweta nsonaazụ kacha mma yana atụmatụ ndị ọzọ

Bụrụ PRO
Khan Academy Membrane Receptors Nervous system NCLEX-RN system physiology Receptors Nervous Khan Academy Membrane

Nchịkọta ndị emetụtara

Budata
Chịkọta vidiyo mpaghara Chịkọta vidiyo dị n'ịntanetị

Nweta nsonaazụ kacha mma yana atụmatụ ndị ọzọ

Bụrụ PRO




Nchịkọta vidiyo emere na TLDWai.com:

2,699

Amụma nzuzo Usoro ọrụ Kpọtụrụ anyị Developers

Anyị nwere olileanya na ị ga-anụ ụtọ ngwa AI anyị. Ejiri Django mepụta ọrụ anyị.
© 2024 TLDWai.com| VPS.org LLC | Emere ya Lou