this is biomedical homework, please adjust my answer:
Loose (areolar) CT |
D. Location: nose, fetal skeleton, ends of long bones Function: movement, strength, flexibility Matrix: thin collagen fibers |
Adipose CT |
B. Location: shafts of long bones (femur) Function: protection Matrix: collagen and calcium salts |
Dense regular CT |
H. Location: dermis of the skin Function: support Matrix: densely packed collagen fibers |
Dense irregular CT |
J. Location: blood vessels and heart Function: transport gases, hormones, immune function, blood clotting proteins Matrix: plasma |
Hyaline cartilage CT |
E. Location: disks of vertebrae, knee joint Function: strength and support Matrix: strong collagen fibers |
Elastic cartilage CT |
G. Location: under skin Function: elasticity Matrix: collagen and elastic fibers |
Fibrocartilage CT |
F. Location: primarily under skin, around organs Function: insulation, protection, energy storage Matrix: very little matrix and protein fibers present |
Compact Bone (CT) |
I. Location: tendons and ligaments Function: connects muscle to bone (tendon), bone to bone (ligament) Matrix: densely packed, parallel collagen fibers |
Blood |
A. Location: lymphatic tissue Function: white blood cells congregate here (immunity) Matrix: lymph |
Lymph |
C. Location: outer ear Function: elasticity/flexibility Matrix: mainly elastic fibers |
Loose areolar CT- G) Location: Under skin. Function: elasticity. Matrix: collagen and elastic fibers.
Adipose CT- F) Location: primarily under skin, around organs. Function: insulation, protection, energy storage. Matrix: very little matrix and protein fibers present
Dense Irregular CT- H) Location: dermis of the skin. Function: support. Matrix: densely packed collagen fibers.
Dense regular CT- I) Location: tendon and ligaments. Function: connect muscle to bone(tendon), bone to bone(ligament). Matrix: densely packed, parallel collagen fibers.
Hyaline cartilage CT- D) Location: nose, fetal skeleton, ends of long bones. Function: movement, strength, flexibility. Matrix: thin collagen fibers.
Elastic cartilage CT- C) Location: outer ear. Function: elasticity/flexibility. Matrix: mainly elastic fibers.
Fibrocartilage CT- E) Location: disc of vertebrae, knee joint. Function: strength and support. Matrix: strong collagen fibers.
Compact bone CT- B) Location: shafts of long bone(femur).Function: protection. Matrix: collagen and calcium salts.
Blood- J) Location: blood vessels and heart. Function: transport gases, hormones, immune function, blood clotting proteins. Matrix: plasma.
Lymph- A) Location: lymphatic tissue. Function: white blood cell congregate here(immunity). Matrix: lymph.
this is biomedical homework, please adjust my answer: Loose (areolar) CT D. Location: nose, fetal skeleton,...
Fill out the chart below for the muscle tissues Muscle type Location Voluntary or Involuntary Striated? Single or muti- nucleate Type Areolar Connective Tissue Found Under Epithelium Made up of Adipose Tissue Fat Reticular Tissue Tendons/ligaments Fibroblasts, regularly arranged collagen fibers Dense Irregular Dermis Fibroblasts, elastic fibers Hyaline-trachea Fibrocartilage - IV discs Elastic - external ear Bones Circulatory system Blood plasma, red and white blood cells
The medullary cavity is found in (a) the epidermis (b) intramembranous bone c) osteons the diaphysis What is responsible for decreasing friction between neighboring ligaments and tendons? (a) Bursae (c) Synovial joints (b) Menisci (d) Loose connective tissue . Which type of connective tissue functions as a fluid reservoir for surrounding tissues? (a) Adipose (c) Areolar (b) Dense irregular (d) Hyaline cartilage Which of the following aids in the expansion of the thoracic cage? (a) (c) Tubercles of the ribs...
14. Loose connective tissue is found in spaces between body parts, around muscles, nerves, and blood vessels, and under the skin where it forms the (b) 15: Dense connective tissues are predominantly composed of fibers. 16. (a) are the cords that connect muscles to bones. are the cables that connect bones to one another. 17. All vertebrates have an internal supporting structure called the __that is composed of cartilage and/or bone. 18. The (a) that provides support in the vertebrate...
glands swal glands a clands can also be called A sebaceous B) holocrine sudoriferous cutaneous endocrine D) Cyanosis usually is the result of a reduction in A) melanin B) hemoglobin oxygen levels the number of blood vessels E) blood pressure 22. Which connective tissue type is composed of cells called chrondrocytes and is surrounded by a covering called perichondrium? A) hyaline cartilage B) dense irregular connective tissue C) bone D) areolar connective tissue E) fibrocartilage 23. The most plausible explanation...
Fill in all the blanks in below, answer each part, and you can add images to show each tissue type. It is actually better if you can make a table of each tissue type and talk about its specialities by mentioning the parts asked in the questions. Sketch the tissue and write the magnification used Animal Tissues: Connective tissue Loose connective tissue (CT) (Areolar tissue) Notice the irregular arrangement of fibers. How is the arrangement of the fibers? What type...
can you please help me finsh my homework, and check my answers Hanen AblunBdha NAME Vertebrate Anatomy I Assignment-Vertebrate Tissues, The Integument, and Embryonic Development 1. Epithelial tissues are classified based on two criteria what are these critenan Which specific class of epithelial tissoes functions in the absorption of nutrieets ig your small intestine? nmber of layevs and shape d cens. 3. Given its location in the human body, what do you suppose is the function of cilia on pseudostratified...