Lecture Exam 1 - Chapter 4 Flashcards
__________ – groups of similar cells that have a common function
Tissues
Four basic types of Tissue:
i.
ii. Connective
iii.
iv. Nervous
- Epithelial
- Muscle
Four basic types of Tissue:
i. Epithelial
ii.
iii. Muscle
iv.
- Connective
- Nervous
Examples of Epithelial Tissue:
- __________
- Inside of __________
- skin
- kidneys
Examples of Connective Tissue:
- __________
- blood
- __________
- fat
- cartilage
Examples of Muscle Tissue:
- __________
- intestines
esophagus
Examples of Nervous Tissue:
- __________
- spinal cord
- __________
- brain
- nerves
__________ - Exposed surface that faces the exterior of the body or an internal space (inside of the stomach)
Apical surface
Apical surface - Exposed surface that faces the __________ of the body or an internal space (inside of the __________ )
- exterior
- stomach
__________ – attached to tissue underneath
Basal surface
a. Basal lamina and reticular lamina – __________ and __________ fibers
- proteins
- collagen
6 Functions of Epithelial tissues:
i.
ii. Absorption
iii. Filtration
iv.
v. Provide sensation
vi. Produce secretions
- Physical protection
- Excretion
6 Functions of Epithelial tissues:
i. Physical protection
ii.
iii. Filtration
iv. Excretion
v.
vi. Produce secretions
- Absorption
- Provide sensation
6 Functions of Epithelial tissues:
i. Physical protection
ii. Absorption
iii.
iv. Excretion
v. Provide sensation
vi.
- Filtration
- Produce secretions
Three types of Intercellular connections:
__________ – two cell membranes are held together by interlocking membrane proteins
-Impermeable – nothing gets through
Tight junction
Three types of Intercellular connections:
__________ – two cells are held together by connexons
a. Channel proteins, so they allow movement of substances between cells
Gap junction
Three types of Intercellular connections:
__________ – two cells are connected by cell adhesion molecules (CAMs) that form a “zipper”
Desmosome
Three types of Intercellular connections:
Tight junction – two cell membranes are held together by __________ membrane proteins
- __________ – nothing gets through
- interlocking
- Impermeable
Three types of Intercellular connections:
Gap junction – two cells are held together by __________
a. Channel proteins, so they allow __________ of substances between cells
- connexons
- movement
Three types of Intercellular connections:
Desmosome – two cells are connected by cell __________ molecules (CAMs) that form a “__________”
- adhesion
- zipper
The Three types of Intercellular connections are:
-
-Gap junction
-
- Tight junction
- Desmosome
__________ epithelium – is composed of a single layer
Simple
__________ epithelium – consists of 2 or more layers, usually stacked on top of each other
Stratified
-3 types of epithelial cells-
__________ cells are very flat
Squamous
-3 types of epithelial cells-
__________ cells are box shaped
Cuboidal
-3 types of epithelial cells-
__________ cells are tall and more slender
Columnar
Stratified Squamous Epithelium are found in:
- the __________
- lining of the mouth
- the __________
- skin
- esophagus
Simple Cuboidal Epithelium are found in:
- ducts of the __________
- the __________
- kidneys
- thyroid gland
Transitional Epithelium are found in:
- __________
- urethra
- __________
- urinary bladder
- ureters
Pseudostratified Columnar Epithelium are found in:
- __________
respiratory system
__________ glands – release secretions into the interstitial space (space between cells)
Endocrine
__________ glands – release secretions onto a surface through a duct
Exocrine
Endocrine glands – release secretions into the interstitial space
-Secretions are __________ – travel in the __________ to a target
- hormones
- blood
Exocrine glands – release secretions onto a surface through a duct
- __________ glands, tear glands, and __________ glands
- Sweat
- mammary
Three basic components of Connective Tissue:
i. __________
ii. Extracellular protein fibers
iii. __________
- Specialized cells
- Ground substance
Three basic components of Connective Tissue:
i. Specialized cells
ii.
iii. Ground substance
Extracellular protein fibers
Three functions of Connective Tissue:
i.
ii. Protects organs
iii.
iv. Stores energy
v. Transports substances
- Binding and support
- Insulates
Three functions of Connective Tissue:
i. Binding and support
ii.
iii. Insulates
iv.
v. Transports substances
- Protects organs
- Stores energy
Three functions of Connective Tissue:
i. Binding and support
ii. Protects organs
iii. Insulates
iv. Stores energy
v.
-Transports substances
-5 classes of Connective Tissue -
__________ – fibers are loosely intertwined, many cells present
Loose connective tissue
-5 classes of Connective Tissue -
__________ – more fibers and fewer cells than loose
Dense connective tissue
-5 classes of Connective Tissue -
__________ – dense network of collagen fibers and elastic fibers embedded in ground substance
Cartilage
-5 classes of Connective Tissue -
__________ – osteocytes (bone cells) and extracellular matrix
Bone
-5 classes of Connective Tissue -
__________ – blood and lymph
Liquid connective tissue
- Connective Tissue Cells -
__________ – always present
-Secrete proteins that helps hold epithelial cells together and form extracellular fibers
Fibroblasts
- Connective Tissue Cells -
__________ – found in cartilage
Chondroblasts
- Connective Tissue Cells -
__________ – found in bone
Osteoblasts
- Connective Tissue Cells -
__________ – fat cells
Adipocytes
- Connective Tissue Cells -
__________ – produce histamine as part of inflammatory response
Mast cells
- Connective Tissue Cells -
__________ – “big eater” – part of the immune system that engulf pathogens and damaged cells
Macrophages
- 6 types of Connective Tissue Cells -
- -Chondroblasts - -Adipocytes -Mast cells -Macrophages
- Fibroblasts
- Osteoblasts
- 6 types of Connective Tissue Cells -
-Fibroblasts - -Osteoblasts -Adipocytes - -Macrophages
- Chondroblasts
- Mast cells
- 6 types of Connective Tissue Cells -
-Fibroblasts
-Chondroblasts
-Osteoblasts
-
-Mast cells
-
- Adipocytes
- Macrophages
__________ fibers – long and straight
Collagen
__________ fibers – (network)
Reticular
Collagen fibers:
- __________ fibers wrap around each other like a rope
- Very flexible, yet literally __________ than steel
- Protein
- stronger
Collagen fibers:
__________ – connect muscle to bone
__________ – connect bone to bone
- Tendons
- Ligaments
Reticular fibers:
- Form an __________ framework
- __________ forces from many different directions
- Stabilize blood vessels and nerves within an organ
- intertwining
- Resist
Reticular fibers:
- Form an intertwining framework
- Resist forces from many different directions
- __________ blood vessels and __________ within an organ
- Stabilize
- nerves
__________ Tissues – fill spaces, provide cushioning for organs, support blood vessels, nerves, and epithelial tissue
Loose Connective
- 3 types of Loose Connective Tissues -
__________ – very open structure and viscous ground substance
Areolar tissue
- 3 types of Loose Connective Tissues -
Areolar tissue:
- Acts as a __________ absorber
- Forms a layer under the __________
- Provides oxygen and nutrients for __________ tissue
- shock
- skin
- epithelial
- 3 types of Loose Connective Tissues -
__________ :
- Acts as a shock absorber
- Forms a layer under the skin
- Provides oxygen and nutrients for epithelial tissue
Areolar tissue
- 3 types of Loose Connective Tissues -
__________ :
- Provides padding, shock absorption, acts as insulation to slow heat loss
- Stores energy
- White fat – most of fat in an adult
- Brown fat – found in infants, provides warmth
Adipose (fat)
- 3 types of Loose Connective Tissues -
Adipose (fat):
- Provides __________, shock absorption, acts as __________ to slow heat loss
- Stores __________
- White fat – most of fat in an adult
- Brown fat – found in infants, provides warmth
- padding
- insulation
- energy
- 3 types of Loose Connective Tissues -
Adipose (fat):
- Provides padding, shock absorption, acts as insulation to slow heat loss
- Stores energy
- __________ fat – most of fat in an adult
- Brown fat – found in __________, provides warmth
- White
- infants
- 3 types of Loose Connective Tissues -
__________ :
- Provides support for spleen, lymph nodes, and bone marrow
- Filters blood and removes old red blood cells
- Filters lymph and removes bacteria
Reticular tissue
- 3 types of Loose Connective Tissues -
Reticular tissue:
- Provides support for __________, lymph nodes, and __________
- Filters blood and removes old red blood cells
- Filters lymph and removes bacteria
- spleen
- bone marrow
- 3 types of Loose Connective Tissues -
Reticular tissue:
- Provides support for spleen, lymph nodes, and bone marrow
- Filters __________ and removes old red blood cells
- Filters lymph and removes __________
- blood
- bacteria
3 types of Loose Connective Tissues are:
-
-Adipose
-
- Areolar
- Reticular
Dense __________ connective tissue –
collagen fibers are lined up parallel to each other and are packed tightly together
-regular
Dense regular connective tissue –
collagen fibers are lined up __________ to each other and are packed __________ together
- parallel
- tightly
Dense __________ connective tissue –
fibers are close together, but aren’t arranged in a pattern
irregular
Dense irregular connective tissue –
fibers are close together, but are __________ arranged in a __________
- not
- pattern
Dense __________ connective tissue –
Found in Tendons and ligaments
-regular
Dense __________ connective tissue –
a. Forms a sheath around bone and cartilage (periosteum and perichondrium) [peri = around]
b. Makes up capsules that enclose kidneys, liver, and spleen
irregular
Dense irregular connective tissue –
- Forms a sheath around bone and __________
- Makes up capsules that enclose __________, liver, and __________
- cartilage
- kidneys
- spleen
- 3 Types of cartilage -
__________ - (most common)
Found at the junction of the ribs and sternum, trachea, ends of bones that form joints
Hyaline
- 3 Types of cartilage -
Hyaline -
Found at the junction of the __________ and sternum, __________, ends of bones that form joints
- ribs
- trachea
- 3 Types of cartilage -
__________ –
Forms the ear, epiglottis, larynx
Elastic
- 3 Types of cartilage -
Elastic – (has a lot of elastic fibers)
Forms the __________, epiglottis, __________
- ear
- larynx
- 3 Types of cartilage -
__________ – very little ground substance
-Found in the discs between the vertebrae, between pubic bones in the pelvis and in the menisci of the knee (pads of cartilage between femur and tibia)
Fibrocartilage
- 3 Types of cartilage -
Fibrocartilage – very little ground substance
-Found in the discs between the __________, between pubic bones in the __________ and in the menisci of the knee
- vertebrae
- pelvis
- 3 types of Muscle tissue -
__________ muscle – cells (or fibers) can be 1 foot or more in length
- Proteins are arranged in a repeating pattern, giving it a striped appearance
- Voluntary
- Muscle contracts, pulls on bone to produce movement
Skeletal
- 3 types of Muscle tissue -
Skeletal muscle;
- __________ are arranged in a repeating pattern, giving it a __________ appearance
- Voluntary
- Muscle contracts, pulls on bone to produce movement
- Proteins
- striped
- 3 types of Muscle tissue -
Skeletal muscle:
- Proteins are arranged in a repeating pattern, giving it a striped appearance
- __________
- Muscle __________, pulls on __________ to produce movement
- Voluntary
- contracts
- bone
- 3 types of Muscle tissue -
__________ muscle – located in the heart
- Striated
- Special connections between cells called intercalated discs – bind cells together and allow ions to move between cells
- Involuntary
Cardiac
- 3 types of Muscle tissue -
Cardiac muscle – located in the heart
- Striated
- Special connections between cells called __________ discs – bind cells together and allow ions to move __________ cells
- Involuntary
- intercalated
- between
- 3 types of Muscle tissue -
Cardiac muscle – located in the heart
- Striated
- Special connections between cells called intercalated discs – bind cells together and allow ions to move between cells
- __________
Involuntary
- 3 types of Muscle tissue -
__________ muscle – located in the walls of blood vessels, hollow organs like the bladder, and respiratory, digestive, and reproductive tracts
- Still has actin and myosin, but no striations
- Involuntary
Smooth
- 3 types of Muscle tissue -
Smooth muscle – located in the walls of blood vessels, __________ organs like the bladder, and __________, digestive, and __________ tracts
- Still has actin and myosin, but no striations
- Involuntary
- hollow
- respiratory
- reproductive
- 3 types of Muscle tissue -
Smooth muscle – located in the walls of blood vessels, hollow organs like the bladder, and respiratory, digestive, and reproductive tracts
- Still has actin and myosin, but no __________
- __________
- striations
- Involuntary