Question
In: Anatomy and Physiology
What do bone, cartilage, tendons, ligaments, adipose, and blood have in common that classify them as...
What do bone, cartilage, tendons, ligaments, adipose, and blood have in common that classify them as connective tissues? And what are their characteristics?
Solutions
Expert Solution
Connective tissue is one of the tissue of the body.It is found between other tissues and can be seen everywhere in the body.It consists of cells,fibres and ground substances.It is classified in to two ,connective tissue proper and special connective tissue.Loose connective tissue and dense connective tissue are included in connective tissue proper.Structures such as tendons and ligaments are dense regular connective tissue.In this the collagen fibres are arranged in an parallel type.This gives strength in one direction.Dense irregular connective tissue are arranged by dense bundles of fibres arranged in all directions and it provides strength in multiple directions.Adipose tissue,cartillage ,bone and blood are special connective tissues .Ground substances present in connectyive tissues .are viscous fluid with clear, and colorless fatures.To fix the collagen fibres in the intercellular spaces,the viscous fluid contains glycosaminoglycans and proteoglycans.Both the ground substance and proteins create the matrix for connective tissues.
Sydney Mullin answered 1 year agoRelated Solutions
1a. Tendons and ligaments are similar because they both have: a limited blood supply and low...
1a. Tendons and ligaments are similar because they both
have:
a limited blood supply and low metabolism
an abundant blood supply and low metabolism
a limited blood supply and high metabolism
an abundant blood supply and high metabolism
b. What is the name of the outer layer of connective tissue on
skeletal muscle?
perimysium
epimysium
endomysium
intermediate fascia
c. The functional units of skeletal muscle that allow it shorten
are:
tendons
fascicles
sarcomeres
perimysium
d. In terms of muscle actions...
Describe the engineering explanation behind the following structural/anatomical features as related to bone, articular cartilage, tendons...
Describe the engineering explanation behind the following
structural/anatomical
features as related to bone, articular cartilage, tendons and
ligaments. Please use
precise and concise answers.
Bone
1. The cement line is the weakest part of the osteon’s
microstructure in bone
2. Cortical bone typically always surrounds cancellous
bone
3. Bone with denatured collagen is highly susceptible to
failure
4. In addition to the amount of load and number of cycles, the
frequency of
loading is critical to bone failure in fatigue...
Describe the engineering explanation behind the following structural/anatomical features as related to bone, articular cartilage, tendons...
Describe the engineering explanation behind the following
structural/anatomical
features as related to bone, articular cartilage, tendons and
ligaments. Please use
precise and concise answers.
Bone
1. The cement line is the weakest part of the osteon’s
microstructure in bone
2. Cortical bone typically always surrounds cancellous
bone
3. Bone with denatured collagen is highly susceptible to
failure
4. In addition to the amount of load and number of cycles, the
frequency of
loading is critical to bone failure in fatigue...
Describe the engineering explanation behind the following structural/anatomical features as related to bone, articular cartilage, tendons...
Describe the engineering explanation behind the following
structural/anatomical
features as related to bone, articular cartilage, tendons and
ligaments. Please use
precise and concise answers.
Articular Cartilage
1. The arrangement of chondrocytes and collagen fibers in the
Middle Zone of
articular cartilage
2. Collagen fibers stronger in tension than compression
3. The termination of creep in the biphasic creep response of
articular cartilage
4. The nonlinear permeability of articular cartilage
5. The ability of articular cartilage to withstand an enormous
range...
Describe the engineering explanation behind the following structural/anatomical features as related to bone, articular cartilage, tendons...
Describe the engineering explanation behind the following
structural/anatomical
features as related to bone, articular cartilage, tendons and
ligaments. Please use
precise and concise answers.
Tendons and Ligaments
1. The difference in fiber arrangement between tendons and
ligaments
2. The insertion of ligament into bone
3. The use of a special brace for a child with club foot
4. The 2:1 elastin to collagen ratio in the ligamentum
flavum
5. The abnormal motion in a knee with an Anterior Cruciate
Ligament...
Please list 2 locations and 2 functions Blood: Elastic Cartilage Fibrocartilage Bone Skeletal Muscle Cardiac Muscle...
Please list 2 locations and 2 functions
Blood:
Elastic Cartilage
Fibrocartilage
Bone
Skeletal Muscle
Cardiac Muscle
Smooth Muscle
Nervous Tissue
Identify the major blood vessels entering and leaving the heart and classify them as either an...
Identify the major blood vessels entering and leaving the heart
and classify them as either an artery or a vein and as containing
either oxygen rich or oxygen poor blood.
Identify the major arteries and veins of the body and compare
and contrast anatomic features of arteries and veins.
What traits do elephants have in common with primates? What traits do octopus have in common...
What traits do elephants have in common with primates?
What traits do octopus have in common with primates?
What important primate traits do elephants lack?
What importants primate traits do octopus lack?
At low [blood glucose], what is your prediction about transport of glucose into adipose cells and...
At low [blood glucose], what is your prediction about transport
of glucose into adipose cells and braincells?
Explain your rationale.
At high [blood glucose], what is your prediction about transport
of glucose into adipose cells and brain cells?
Explain your rationale.
At low [blood glucose], what is your prediction about transport of glucose into adipose cells and...
At low [blood glucose], what is your prediction about transport
of glucose into adipose cells and braincells? Explain your
rationale.
At high [blood glucose], what is your prediction about transport
of glucose into adipose cells and brain cells? Explain your
rationale.
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