One page summary of cardiac tissue engineering.
Assignment5 One page summary of cardiac tissue engineering
1. You are developing bioreactors for cardiac tissue engineering. a) One design is to apply mechanical stimulation. What kind of mechanical loading would you apply? b) Your colleague suggests using electrical stimulation instead of mechanical stimulation. Do you agree? Why? c) In both designs, what would be the advantages of a providing perfusion function to the bioreactor? a) Multivaniable optimization b) I agoll coase using mechanical stimulation will be hard on Cardiac lichile, but electrical is easier as you are...
Signature 1. Describe one example of using tissue engineering to solve a biomedical problem.
Saved Which of the following is/are a functional requirement of cardiac muscle tissue? Check all that apply. 2 0032:23 1 Cardiac muscle fibers must be able to contract without nervous stimulation Muscles must be voluntary as well as involuntary Cardiac muscle fatigues easily. Cardiac muscle must be independent of conscious control. Cardiac muscles contract in unison.
Look up in a professional publication (Chemical Engineering Progress, Chemical Engineering magazine, Chemical Engineering News or other Air Pollution Publication) and Wikipedia on Low NOx burner design and write one half page type written summary. - How do these burners typically reduce NOx formation? Make sure to reference your summary page
Stem cells have been long chosen for different types of tissue engineering. Therefore, the stem cells should be number one choice of any type of tissue engineering, do you agree? Why or why not?
Why are ceramics poor synthetic biomaterials for bone tissue engineering?
One Person, No Vote by Carol Anderson. 2-3 Page Summary.
NAME THE TYPE OF MUSCLE TISSUE AND THEN THE STRUCTURES INDICATE Select one: a. SKELETAL MUSCLE, MITOCHONDRIA b. SKELETAL MUSCLE, STRIATIONS c. SMOOTH MUSCLE, NUCLEI d. CARDIAC MUSCLE, INTERCALATED DISKS e. CARDIAC MUSCLE, NUCLEI < PREVIOUS
NAME THE TYPE OF MUSCLE TISSUE AND THEN THE STRUCTURES INDICATED BY T dil Select one: CARDIAC MUSCLE, NUCLEI b. SKELETAL MUSCLE, STRIATIONS c. SKELETAL MUSCLE, MITOCHONDRIA d. SMOOTH MUSCLE, NUCLEI e. CARDIAC MUSCLE, INTERCALATED DISKS 29