Autocrine

Autocrine cells produce and respond to their own signaling molecules, rather than relying on signals from other cells.

Autocrine activation of receptors in neurons can trigger cell death.

Autocrine activation of receptors can lead to the overproduction of certain hormones.

Autocrine signaling in neuronal development determines the survival of neurons.

Autocrine signaling is involved in the differentiation of stem cells.

The overproduction of autocrine growth factors is a hallmark of many types of cancer.

The autocrine tumor had metastasized to other organs.

Autocrine signaling is an essential process for the development of many organs.

Autocrine signaling allows a cell to communicate with itself.

Autocrine growth factors secreted by cancer cells can lead to resistance to therapy.

The ability of stem cells to differentiate into multiple cell types is partly due to autocrine signaling.

Cancer cells often utilize autocrine signaling pathways to promote their own growth.

In some autoimmune disorders, autocrine signaling is disrupted.

Autocrine signaling is an important mechanism for regulating the activity of certain types of white blood cells.

Autocrine factors released by bone cells help regulate bone remodeling.

Autocrine secretion of cytokines is a common feature of inflammatory responses.

The doctor recommended surgery to remove the autocrine mass.

Autocrine cells in the skin can produce and respond to growth factors that help with wound healing.

Autocrine secretion of growth hormone can regulate body composition.

Autocrine regulation is important for the development of the nervous system.

Autocrine stimulation of fibroblasts can lead to tissue fibrosis.

The autocrine loop of a particular cell type can lead to the overproduction of certain hormones.

Autocrine signaling plays a critical role in the growth and development of cancer cells.

Autocrine regulation of neurotransmitters is critical for synaptic plasticity.

The autocrine production of interleukin-2 is essential for the proliferation of T-cells.

The autocrine production of growth factors is necessary for the maintenance of healthy tissues.

Autocrine cytokines can enhance the function of immune cells.

Autocrine signaling plays a critical role in the immune response.

Autocrine signaling is involved in the formation of scar tissue after injury.

Autocrine signaling plays a role in the formation of new blood vessels during angiogenesis.

Autocrine signaling can be used to control the differentiation of stem cells into specific cell types.

Autocrine factors can influence the growth and development of nerve cells in the brain.

Cancer cells often rely on autocrine signals to grow and spread throughout the body.

Autocrine signaling plays a crucial role in the growth of certain cancer cells.

Certain viruses have evolved to exploit autocrine signaling pathways to promote their own replication.

Autocrine signaling in the skin regulates the growth and differentiation of skin cells.

Some neurotransmitters act as autocrine signals, allowing neurons to modulate their own activity.

The autocrine response allows certain cells to respond quickly to changes in their environment.

Autocrine signaling in the reproductive system can affect fertility and sexual behavior.

The autocrine mechanism allows cells to self-regulate and respond to their own signals.

The patient was diagnosed with autocrine breast cancer.

The patient was relieved to learn that the autocrine growth was benign.

The autocrine system is involved in the regulation of neurotransmitter release.

The cancer cells produce autocrine signals to stimulate their own growth.

Autocrine effects can contribute to the progression of certain types of cancer.

The release of autocrine factors by cells in the bone marrow is essential for the production of new blood cells.

The development of some tissues depends on the autocrine stimulation of certain cells.

The immune system uses autocrine signaling to regulate the activity of T cells.

The autocrine production of growth factors by muscle cells is important for muscle repair and growth.

The immune system uses autocrine signaling to activate and recruit immune cells.