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SPECIALIZED CELLS AND TISSUE

TISSUE TYPES

  • The cells that come together to make tissue all have a somewhat similar structure and act in the same way.

  • Epithelial, connective, muscular, and nerve tissue are the four primary forms of tissue, each of which originates from a distinct cell layer in the early embryo.

  • Connective tissues include blood, bone, cartilage, tendons, and ligaments among other things.

  • There are many different types of epithelial tissues, including the epidermis and the tissues that line practically every organ.

  • Naturally, muscles and nerves are composed of muscle and nerve tissues, respectively.

White matter

  • Contains a lengthy nerve that is wire-like and insulated.

Gray matter

  • Contains both the bodies of nerve cells and support cells.

Nerve tissue

  • An view of nerve tissue taken using a microscope, displaying the glial cells that are there to support the nerve cells (neurons).

  • The creatures that resemble spiders provide the nourishment.

Elastic cartilage

  • Light and pliable; holds

Hyaline cartilage

  • Tough yet flexible; The most common

Elastic cartilage

  • Chondrocytes, which are spherical cells, can be seen in a sample of cartilage taken from the epiglottis.

  • These cells are embedded in fibers of elastin, which give the cartilage its lightness and flexibility.

Loose connective tissue

  • A portion of the connective tissue in the body is made up of cells that are only loosely encased in the fibers.

  • The nuclei of fibroblast cells can be observed here as black dots.

Connective dermal tissue

  • Connects dermis of skin to underlying organs

Skeletal muscle tissue

  • Connective tissue that is white in color surrounds each bundle of contractive filaments, which can be seen here in the form of stripes.

  • The nuclei are represented by the dark patches.

Dense connective tissue

  • This sturdy and dense tissue is present in the lower layer of the epidermis, as well as in the ligaments and tendons (dermis).

Dermis

  • Lower layer of skin

Sweat gland

  • Part of epithelial tissue Of skin

Adipose tissue

  • Adipocytes are cells that are found surrounding internal organs and under the skin, and they are responsible for the formation of a fatty connective tissue known as adipose.

Fat tissue

  • Beneath dermis layer Of skin

Smooth muscle tissue

  • Smooth muscular tissue is characterized by its long fibers, which are responsible for involuntary contractions.

  • They are located in a variety of tubular internal organs, such as the intestine, for example.

Spongy bone tissue

  • Spongy bone has a honeycomb-like structure that is both lightweight and strong, and it is in these huge open areas where bone marrow may be found.

Blood

  • Blood is a fluid connective tissue found throughout the body.

  • It is composed of platelets, which are pieces of cells, as well as liquid plasma, which contains red and white blood cells.

SPECIALIZED CELLS AND TISSUE

TISSUE TYPES

  • The cells that come together to make tissue all have a somewhat similar structure and act in the same way.

  • Epithelial, connective, muscular, and nerve tissue are the four primary forms of tissue, each of which originates from a distinct cell layer in the early embryo.

  • Connective tissues include blood, bone, cartilage, tendons, and ligaments among other things.

  • There are many different types of epithelial tissues, including the epidermis and the tissues that line practically every organ.

  • Naturally, muscles and nerves are composed of muscle and nerve tissues, respectively.

White matter

  • Contains a lengthy nerve that is wire-like and insulated.

Gray matter

  • Contains both the bodies of nerve cells and support cells.

Nerve tissue

  • An view of nerve tissue taken using a microscope, displaying the glial cells that are there to support the nerve cells (neurons).

  • The creatures that resemble spiders provide the nourishment.

Elastic cartilage

  • Light and pliable; holds

Hyaline cartilage

  • Tough yet flexible; The most common

Elastic cartilage

  • Chondrocytes, which are spherical cells, can be seen in a sample of cartilage taken from the epiglottis.

  • These cells are embedded in fibers of elastin, which give the cartilage its lightness and flexibility.

Loose connective tissue

  • A portion of the connective tissue in the body is made up of cells that are only loosely encased in the fibers.

  • The nuclei of fibroblast cells can be observed here as black dots.

Connective dermal tissue

  • Connects dermis of skin to underlying organs

Skeletal muscle tissue

  • Connective tissue that is white in color surrounds each bundle of contractive filaments, which can be seen here in the form of stripes.

  • The nuclei are represented by the dark patches.

Dense connective tissue

  • This sturdy and dense tissue is present in the lower layer of the epidermis, as well as in the ligaments and tendons (dermis).

Dermis

  • Lower layer of skin

Sweat gland

  • Part of epithelial tissue Of skin

Adipose tissue

  • Adipocytes are cells that are found surrounding internal organs and under the skin, and they are responsible for the formation of a fatty connective tissue known as adipose.

Fat tissue

  • Beneath dermis layer Of skin

Smooth muscle tissue

  • Smooth muscular tissue is characterized by its long fibers, which are responsible for involuntary contractions.

  • They are located in a variety of tubular internal organs, such as the intestine, for example.

Spongy bone tissue

  • Spongy bone has a honeycomb-like structure that is both lightweight and strong, and it is in these huge open areas where bone marrow may be found.

Blood

  • Blood is a fluid connective tissue found throughout the body.

  • It is composed of platelets, which are pieces of cells, as well as liquid plasma, which contains red and white blood cells.

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