Answer:- Mitochondria: is the "powerhouses" of the cell, breaking down fuel molecules and capturing energy in cellular respiration.
Chloroplasts are found in plants and algae. They're responsible for capturing light energy to make sugars in photosynthesis.
The membrane of a thylakoid disc contains light-harvesting complexes that include chlorophyll, a pigment that gives plants their green color. Thylakoid discs are hollow, and the space inside a disc is called the thylakoid space or lumen, while the fluid surrounding the thylakoids is called the stroma.
Chloroplasts are found in plants and algae. They're responsible for capturing light energy to make sugars in photosynthesis. Mitochondria and chloroplasts likely began as bacteria that were engulfed by larger cells (the endosymbiont theory).
The changes that has to be made in Mitochondria is that, it should be made aerobic. And Chloroplast has to be make photosynthetic then the bacteria is produced.
A scientist want to create a bacteria from chloroplast and mitochondria. What changes to the chloroplast...
The enzymes in cooked and processed foods are destroyed, why? What can the chef do next time to preserve the integrity of the food natural enzymes? Two equally hungry students took part in a study. Student Awas given 2 slices of Pizza and a 16oz soda. Student Bwas given 3 apples and 16oz’s of water. Student Aate all of the Pizza and drank all of the soda. Student Bwas only able to eat 1 apple and drank all of the water....
According to the endosymbiosis theory, chloroplasts and mitochondria are derived from bacteria that took up residence within eukaryotic cells. At one time, prior to being taken up by eukaryotic cells, these bacteria were free-living organisms. However, we cannot take a chloroplast or mitochondrion out of a living eukaryotic cell and get it to survive and replicate on its own. Why not?
What are mitochondria and their functions? How are they similar and different from bacteria?
5. Mitochondria and chloroplasts were once free-living bacteria that later migrated into eukaryotic cells. Mitochondria make energy while chloroplasts prepare their own food. a) If Gregor Mendel were a molecular biologist and laid his hands on a free-living mitochondrion, would he have got his 3:1 ratio crossing two mitochondria? b) In its free-living condition, can a chloroplast code for proteins, and if yes, what are the two most important enzymes that aid in its survival? c) After endosymbiosis, what happenned...
Mitochondria and chloroplasts were once free-living bacteria that later migrated into eukaryotic cells. Mitochondria make energy while chloroplasts prepare their own food. How can a mitochondrion live by itself? Explain your answer by mentioning the specific processes that this organelle performs. What does a chloroplast do to survive in its free living condition? What important chemicals does it need froma sorrounding primordial soup to prepare its own food? Apart from the process by which chloroplasts prepare their own food, what...
Explain why a scientist might want to manipulate bacteria and force them to take up plasmids in the laboratory.
Bacteria can develop resistance to antibiotics. To understand what can be treated, a scientist has collected data on values that inhibit the growth of a certain bacteria. It is known that the amount of drug needed, ?, has a Normal distribution with a mean of 5 mg and a standard deviation of 1.1 mg. a) What is the probability ? is greater than 5.5 mg? b) Given that the amount of drug is between 5 mg and 6 mg, what...
Due to gene transfer between the organelles and the nucleus, Multiple Choice a chloroplast from one plant species can be transferred to any other plant species. organelle genomes experience lower rates of mutation than they would if gene transfer did not occur. some proteins must be imported into organelles for their function mitochondria and chloroplasts have genes that allow them to live independently. mitochondrial genomes in all species have the same genes. What does DNA sequencing suggest about the relationship...
24. Of all the evidence that the mitochondria of eukaryotic cells is derived from endosymbiosis which it the most important? Select one: a. Their inner membrane resembles the composition of those found in many bacteria b. They have two membranes c. Single circular chromosome d. Their ribosomes are the 70S form that are found in all bacteria e. Their DNA has sequences unique to bacteria 25. Which of the following pairs is mismatched? Select one: a. 70S and 50S b....
1a.The mitochondria of eukaryotic cells likely evolved from bacteria because they share genetic similarity to proteobacteria they have undergone rapid mutagenesis they show signs of horizontal gene transfer they exhibit a similar structural composition 1b.What technique can be used to assess the phylogeny of most bacterial species? Cultivation in the laboratory b) Microscopy and physiology c) 16s and genome sequencing d) Environmental growth conditions Cultivation in the laboratory Microscopy and physiology...