أسئلة المحاضرة العاشرة هستولوجي (قبل التعديل)

Stem cells that can develop into various connective tissue cells.

Cells containing granules filled with chemicals like heparin and histamine, important in allergic reactions and inflammation.

Cells that produce and maintain the extracellular matrix of connective tissue.

Immune cells that engulf and destroy foreign substances and cellular debris.

Antibody-producing cells derived from B lymphocytes. Involved in the humoral immune response.

Specialized cells that store fat, also known as fat cells.

Cells that produce a network of reticular fibers in connective tissue.

Natural anticoagulant, preventing blood clotting.

Chemical mediator involved in allergic reactions and inflammation.

Adipose tissue varies in location across the body, with differing abundance in specific areas (e.g., subcutaneous, mediastinum, perinephric fat).

White fat cells primarily function as energy storage, insulation, and body contour.

Brown fat cells generate heat, particularly important for newborns.

Connective tissue provides structural support and framework for all body tissues.

The extracellular matrix's thickness affects bacterial and foreign particle movement.

A type of connective tissue, widely distributed throughout the body, characterized by a flexible, gelatinous matrix rich in hyaluronic acid. It contains collagen and elastic fibers, along with various cells like fibroblasts, macrophages, and fat cells. It binds tissues and organs, supports blood vessels, lymphatics, and nerves, and swells during inflammation (edema).

A specialized connective tissue primarily composed of adipocytes (fat cells), used for energy storage, insulation, and cushioning. It comes in two main forms: white and brown.

A type of connective tissue with densely packed, parallel collagenous fibers. This tissue provides strong tensile strength, making it important in structures like tendons and ligaments.

Fibrous connective tissue that connects muscles to bones, allowing for movement.

Fibrous connective tissue that connects bones to bones, providing stability and support at joints.

A type of connective tissue with a network (reticulum) of reticular fibers and cells. It forms the supportive framework of organs like the spleen and lymph nodes.

A type of white blood cell involved in allergic reactions and parasitic infections.

A type of white blood cell that plays a crucial role in combating acute infections.

Macrophage (cell type) that engulfs melanin (pigment) made by melanocytes (other cell type).

Stem cells in connective tissue that develop into other specialized cells.

Connective tissue cells filled with granules containing chemicals like histamine.

Cells that produce components of the extracellular matrix in connective tissue.

Immune cells in connective tissue that engulf waste and pathogens.

Cells that produce antibodies to fight infections.

Cells that store fat for energy and insulation.

Cells that produce the supportive network of reticular fibers.

Specialized cells that produce and store pigments.

White blood cells in connective tissue (often found within)

A natural anticoagulant produced by mast cells.

Chemical released by mast cells, causing allergic reactions and inflammation.

A flexible connective tissue, widely distributed throughout the body, with a gelatinous matrix rich in hyaluronic acid, containing collagen and elastic fibers, and various cell types like fibroblasts, macrophages, and fat cells.

Binds tissues, carries blood vessels, lymphatics, and nerves, and swells during inflammation (edema).

Connective tissue composed primarily of fat cells, used for energy storage, insulation, and cushioning.

Densely packed parallel collagenous fibers providing strong tensile strength, important in tendons and ligaments.

Connective tissue connecting muscles to bones, facilitating movement.

A network of reticular fibers and cells forming the supportive framework of organs like the spleen and lymph nodes.

White blood cells involved in allergic reactions and parasitic infections.

White blood cells crucial in combating acute infections.

A type of connective tissue macrophage that engulfs melanin produced by melanocytes.

Location of fat in the body, different in males and females, and varying amounts in different regions like the subcutaneous layer, mediastinum, and perinephric fat.

Fat cells primarily for energy storage, insulation, and body shape.

Fat cells in newborns, promoting rapid heat generation.

Provides structure and framework for other tissues in the body.

Thickness of the material between cells, slowing bacterial and foreign particle movement.

Connects and supports tissues and organs, containing many cells, fibers, and a flexible matrix.

Connective tissue in the umbilical cord, providing cushion and support.

Gel-like substance filling the eye, providing shape and support.

Connective tissue in the center of teeth, containing nerves and blood vessels.

Cells in connective tissues that secrete growth factors, and have a role in nutrient transport.

Stem cells in connective tissue that develop into other specialized cells.

Connective tissue cells filled with granules containing chemicals like histamine.

Cells that produce components of the extracellular matrix in connective tissue.

Immune cells in connective tissue that engulf waste and pathogens.

Cells that produce antibodies to fight infections.

Cells that store fat for energy and insulation.

Cells that produce the supportive network of reticular fibers.

Specialized cells that produce and store pigments.

White blood cells found in connective tissue (often within).

A natural anticoagulant produced by mast cells.

Chemical released by mast cells, causing allergic reactions and inflammation.

Process of producing antibodies, crucial for humoral immunity.

Macrophage that engulfs melanin produced by melanocytes.

Flexible connective tissue, widely distributed, rich in hyaluronic acid; contains collagen and elastic fibers, fibroblasts, and macrophages; binds tissues, supports vessels/nerves.

Connective tissue with densely packed, parallel collagen fibers, high tensile strength.

Connective tissue primarily composed of fat cells (adipocytes); functions in energy storage, insulation, cushioning.

Connective tissue connecting muscle to bone, facilitating movement.

Connective tissue connecting bone to bone, providing joint stability.

Network of reticular fibers and cells forming the supportive framework of organs.

White blood cells involved in allergic reactions and parasitic infections.

White blood cells crucial in combating acute infections

Location of fat in the body, differing in men and women, and varying amounts in areas like under the skin, around the heart, and around the kidneys.

Fat cells primarily for energy storage, insulation, and body shape.

Fat cells primarily in newborns, promoting rapid heat generation.

Provides structure and framework for other tissues in the body.

Thickness of the material between cells, slowing bacterial and foreign particle movement.

Connects and supports tissues and organs, containing many cells, fibers, and a flexible matrix.

Connective tissue in the umbilical cord, providing cushion and support.

Gel-like substance filling the eye, providing shape and support.

Connective tissue in the center of teeth, containing nerves and blood vessels.

Process of producing antibodies, crucial for humoral immunity.

Stem cells that develop into various connective tissue cells

A type of connective tissue macrophage that engulfs melanin produced by melanocytes.

Cells containing granules with chemicals like heparin and histamine, important in allergies and inflammation.

Flexible connective tissue, widely distributed, rich in hyaluronic acid; contains collagen and elastic fibers, fibroblasts, and macrophages; binds tissues, supports vessels/nerves.

Cells that make and maintain connective tissue's framework

Connective tissue with densely packed, parallel collagen fibers, high tensile strength.

Immune cells that engulf and destroy waste in connective tissue.

Connective tissue primarily composed of fat cells (adipocytes); functions in energy storage, insulation, cushioning.

Cells that make antibodies to fight infections.

Specialized cells that store fat for energy and insulation.

Connective tissue connecting muscle to bone, facilitating movement.

Cells that make a network of reticular fibers in connective tissue.

Connective tissue connecting bone to bone, providing joint stability.

Cells that make pigments, like melanin.

Network of reticular fibers and cells forming the supportive framework of organs.

White blood cells found in connective tissue.

White blood cells involved in allergic reactions and parasitic infections.

White blood cells crucial in combating acute infections.

A natural anticoagulant, preventing blood clotting.

Chemical released by mast cells, causing inflammation and allergic responses.

Flexible connective tissue with a gel-like matrix, supporting and connecting tissues.

Location of fat in the body, varying in men and women, and in regions like subcutaneous, mediastinum, and perinephric fat.

Fat cells primarily for energy storage, insulation, and body shape.

Fat cells mainly in newborns, promoting rapid heat generation.

Provides structure and framework for other tissues in the body.

Thickness of the material between cells, slowing bacterial and foreign particle movement.

Connects and supports tissues and organs, containing many cells, fibers, and a flexible matrix.

Connective tissue in the umbilical cord, providing cushion and support.

Gel-like substance filling the eye, providing shape and support.

Connective tissue in the center of teeth, containing nerves and blood vessels.