Mitochondrial DNA of human cells only
encodes for a small percentage of proteins that function in
mitochondria
3. This pedigree
describes the inheritance of a mutation that affects mitochondria
function. Which of the proteins below is most likely affected by
this mutation?
![[form question image]](http://medicalebooks.net/output/images/415b666da13e.php?image_id=116711&hash=09560ZffoL)
encodes for a small percentage of proteins that function in
mitochondria
3. This pedigree
describes the inheritance of a mutation that affects mitochondria
function. Which of the proteins below is most likely affected by
this mutation?
Please note: circles refer to females, squares refer to males,
colored circles/squares refer to affected individuals.
(1 point)
a component of the ATP Synthase that is
encoded for by nuclear DNA
encoded for by nuclear DNA
A protein that controls glycolysis
A component of the ATP/ADP translocator
that is encoded for by nuclear DNA
that is encoded for by nuclear DNA
A component of Complex IV of the
electron transport chain that is encoded for by mitochondrial DNA
electron transport chain that is encoded for by mitochondrial DNA
A component of Complex IV of the
electron transport chain that is encoded for by nuclear DNA
4. Which of the
following proteins is most likely to regulate the rate-limiting
step during actin polymerization?
electron transport chain that is encoded for by nuclear DNA
4. Which of the
following proteins is most likely to regulate the rate-limiting
step during actin polymerization?
(1 point)
the F-actin destabilizing protein
the G-actin ATP sequestering protein
the Arp2/3 actin nucleation complex
the (-) end capping protein
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