Melanoblast

The scientist identified the genetic pathway that regulates melanoblast development.

Abnormalities in melanoblast migration can result in congenital pigmentary disorders.

Abnormalities in melanoblast migration can lead to disorders such as Waardenburg syndrome.

Scientists have discovered a new type of melanoblast that is responsible for producing the iridescent colors in bird feathers.

Mutations in certain genes can cause abnormalities in melanoblast development, leading to disorders like albinism.

The melanoblast population varies between individuals, resulting in different skin color.

The melanoblast migration is regulated by signaling molecules such as BMPs and Wnts.

Mutations in certain genes can cause defects in melanoblast development.

A melanoblast can differentiate into a melanocyte or a pigment-producing cell.

Melanoblast migration is essential for proper skin pigmentation during development.

Mutations in genes that regulate melanoblast development can lead to conditions such as albinism.

Mutations in genes involved in melanoblast differentiation and proliferation can lead to congenital pigmentation disorders.

The melanoblast culture was used to study the effects of different growth factors on melanocyte differentiation.

The dermatologist explained that the dark spot on her patient's skin was due to an increase in melanoblast activity.

Scientists are studying the potential of melanoblast transplantation as a treatment for skin pigmentation disorders.

Mutations in the gene that regulates melanoblast development can cause pigmentation disorders.

The study aims to investigate the molecular mechanisms underlying melanoblast development.

A melanoblast is a type of cell that is found in the hair follicles and produces pigment for hair color.

The mutation in the KIT gene affects melanoblast development and causes white spotting in horses.

A mutation in the genes that regulate melanoblast function can cause albinism.

Mutations in genes that regulate melanoblast development can lead to pigmentary disorders such as piebaldism and Waardenburg syndrome.

Mutations in genes involved in melanoblast differentiation can lead to pigmentation disorders.

Melanoblast migration from the neural crest to the skin during embryonic development is a critical process in the formation of skin color.

The researchers used CRISPR gene editing to study the role of specific genes in melanoblast differentiation.

Mutations in genes related to melanoblast development can cause pigmentation disorders.

Mutations in genes that regulate melanoblast development can cause pigment disorders such as albinism.

Doctors found a malignant melanoblast in the patient's skin during the routine check-up.

The researchers discovered a new signaling pathway involved in melanoblast migration and differentiation.

A melanoblast is a type of stem cell that is capable of differentiating into different types of pigment cells.