Mrs. Paulus
Home
Biology
Anatomy
General Science II
8 Science
7 Science
Wellness 8
Genetics Vocabulary
Home
Biology
Anatomy
General Science II
8 Science
7 Science
Wellness 8
Genetics Vocabulary
Tissue Repair
Tissue Repair
Read pages 100-101. Cplete and check the Java. Repeat if necessary.
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
is the replacement of destroyed tissue by
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
. Repair of damaged tissue by
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
is fibrosis. This is also known as
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
. Two factors determine which process will take place. These are:
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
and
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
. While healing occurs a delicate pink tissue called
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
forms. Examples of tissues that regenerate very well are
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
,
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
, and
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
. Tissues that may never regenerate include
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
muscle,
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
muscle, and nervous tissue from the
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
and
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
. Even though scar tissue is strong, it’s not very
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
. This means it can’t perform the
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
of the tissue it replaced.
Picture A below shows
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
. Picture B shows
Regeneration
bone
brain
cardiac
dense fibrous connective tissue
epithelial
fibrosis
fibrous connective
flexible
granulation tissue
normal functions
scar tissue
severity of the injury
skeletal
spinal cord
the same kind of cells
type of tissue damaged
.
Check
OK
Picture A
Picture B
Home
Biology
Anatomy
General Science II
8 Science
7 Science
Wellness 8
Genetics Vocabulary