BT: Test 1 Flashcards
- What type of epithelium is part of the skin?
b. Stratified Squamous (keratinized)
- One of the following may be keratinized, which one?
b. Stratified Squamous Epithelium
- Which type of epithelium can have cilia on its surface?
b.columnar
- simple columnar epithelium
- pseudostratified columnar epithelium
- How many cells are there in the adult human body?
a. about 75 000 000 000 000 (75x1012)
- The epithelial tissue:
d. has a little of matrix and reproduces quickly
- Enchondral ossification
b. includes formation of primary ossification center
- During which model of secretion are whole cells destroyed?
c. holocrine
- Where can we find the transitional epithelium?
c. in the urinary bladder
- Macrophages:
c. kill bacteria and cleanup garbage(old cells, foreign particles)
- Goblet cell is:
a. a unicellular gland
- Organ is:
c. 2 or more tissues combined to perform particular functions
- Find the correct answer:
b. compact bone can be found in the shafts of long bones
- Intramembranous ossification takes place in:
a&b. clavicule & bones of the skull
- Fibrocartilage can be found:
b. in intervertebral discs
- Epithelial tissue:
a. takes part in excretion and filtration in kidneys
- Stratified Epithelium
b. has many layers of cells
- Endocrine Glands
b. secrete directly to blood streams
- Types of epithelium are:
a & b. surface, glandular and sensory epithelium
- What kind of cells can be found in connective tissue?
(question needs a recheck)
a&c. fat cells, eosinophils, fibroblasts and mast cells
- Adipose Tissue
c. stores energy, cushions, insulates
- Where can we find basement membrane?
all epithelium
- What is another name for Acinar exocrine glands? (berry-shape termination of an exocrine gland)
Alveolar
- Structure of stratified squamous epithelium
- several layers with flat cells at the free surface
- little of matrix and reproduce quickly
- Where is Hyaline cartilage found?
ends of long bones, connects ribs to sternum, tracheal rings, fetal skeleton
- Is “blood” considered a type of tissue?
Yes, Connective Tissue