Genetic recombination is the splitting and reassembling of chromosomes or chromosomal fragments to alter DNA sequences. It also discusses how these rearrangements affect the kids who inherit new allele combinations because they have recombinant chromosomes.
The genotype of an organism is made up of the alleles it possesses in combination. The genotype of an organism is referred to as homozygous or heterozygous depending on whether the paired alleles are the same or different.
Genetic drift is the term used to describe the haphazard changes in gene variant frequencies within a population. Genetic drift occurs when the frequency of different alleles, or variable versions of a gene, fluctuates over time through chance. Changes in allele frequencies are used to measure these differences in allele presence.
New alleles at a genetic loci arise because of mutation. Mutations occur when there is an alteration in the sequence of DNA. Mutations can arise due to DNA damage or errors during replication of DNA. New alleles at a genetic locus can result in adaptive changes in the organisms which carry them.
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Scientists group similar organisms together through a process ...
Scientists group similar organisms together through the process called classification. Each similar groups is classified into different organizations.
The arrangement of species into groups according to significant similarities is known as biological classification. Then, these groups are broken down into more focused, smaller subgroups. Additional details on the species that make up each subgroup are provided.
Organisms are categorized by scientists to make them simpler to research and to facilitate information sharing. Before biologists properly comprehended genetics, the study of biological classification was conducted.
At first, scientists simply categorized creatures based on their outward appearance. Later, as genetic research developed, classification of organisms was based on the genetic and evolutionary links between them.
Therefore, scientists classify each organisms to suitable organizations.
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Full Question :
Scientists group similar organisms together through a process called …..
Identification
Identification
Organization
Organization
Estimation
Estimation
Classification
Assume a population in Hardy-Weinberg equilibrium for a character trait with these genotypic frequencies: AA = 0.25, Aa = 0.50, and aa = 0.25. If you remove all the homozygous dominants and allow the remaining population to reproduce (again under Hardy-Weinberg conditions), what will be the frequency of homozygous dominants in the next generation?
If you remove all the homozygous dominants and allow the remaining population to reproduce ,The frequency of homozygous dominants in the next generation is 0.11.
The genotypic frequencies: AA = 0.25, Aa = 0.50, and aa = 0.25.
I just simply used the probability rule. p(Aa) = 1/2
Probability to get homozygous dominantsby crossing AAx aa = 1/4
so (1/2) x (1/4) = 1/8 = 0.125 which is pretty close to 0.11
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The _______ is the part of the brain that controls voluntary movements, while the ______ helps regulate activities that we do not control, including breathing and heartbeat.cerebellum; cerebrumcerebellum; medulla oblongatamedulla oblongata; ponsmidbrain; hindbrain
The area of the brain that manages voluntary movements is called the cerebellum, whereas the medulla oblongata assists in managing automatic processes like breathing and heartbeat.
While voluntary actions are governed by the cerebellum, involuntary acts are those that are under the control of the medulla oblongata, a region of the autonomous nervous system. Blood pressure, breathing, digestion, and heartbeat are all directly regulated by the medulla oblongata. It is situated anterior to the cerebellum in the hindbrain. It has a cone-like structure and houses the vasomotor, respiratory, cardiac, and vomiting centers.
The foramen magnum, a hole at the base of your skull, connects your medulla, which is located at the bottom of your brain, to your spinal cord. Your pons, which are immediately underneath the central brain structures, is located just above your medulla.
Additionally, your medulla divides the neurons that regulate certain senses like touch, warmth, and pain from the nerves that regulate muscle action, which is on the left side.
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What are the important significance of mitosis?
We are capable of growth, wound healing, and cell replacement because of mitosis. In creatures that reproduce asexually, mitosis is also significant.
What does mitosis primarily mean?Multicellular creatures need mitosis because it produces new cells that can be used for growth and to replace damaged or worn-out cells, including skin cells. Mitosis is the main asexual reproduction process used by many single-celled organisms.
What are the five meanings of mitosis?The transformation of the zygote into an adult is brought about via mitosis. Each daughter cell receives an equal number of chromosomes. It is in charge of a person's personal development and growth. All of an organism's bodily cells continue to contain the same number of chromosomes thanks to this.
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A homozygous variety of opium poppy with lacerate leaves was crossed with another homozygous variety with normal leaves. All the F1 had lacerate leaves (jagged-edged leaves). Two F1 plants were crossed to produce the F2. Of the F2, 249 had lacerate leaves and 16 had normal leaves.
How are lacerate leaves determined in the opium poppy?
Give genotypes for all the plants in the P, F1, and F2 generations. Some generations will have more than one genotype.
Lacerate leave specified in the opium poppy is two genes, with a dominant allele at either or both loci.
Genotypes for all the plants in the P, F1, and F2 generations is F1 (lacerate = AaBb) and F2 (Lacerate leaves = A_B_ ⇔ aaB_ ⇔ A_bb) (Normal = aabb)
Crossing homozygous lacerate leaves (AABB) with homozygous normal leaves (aabb). Then it will produce the first offspring (F1) heterozygous torn leaves (AaBb).
Parental crosses (F1): AABB >< aabb
Gametes: AB >< bb
F1: AaBb (lacerate)
If F1 is crossed with each other, it will produce F2 offspring as follows:
Parental cross (F2): AaBb >< AaBb
Gametes: AB, aB, Ab, ab >< AB, aB, Ab, ab
F2: see picture
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unlike the chordates, the other deuterostome phyla of echinoderms and hemichordates are both comprised of____Time Run Attempt
In contrast to the chordates, marine species make up both of the additional deuterostome phyla including echinoderms & hemichordates. Durational Attempt
The conserved region in the genomes of these two worms offers the first evolutionary connection between hemichordates as well as chordates, and as a result, all deuterostomes, providing proof of a shared ancestry between humans as well as their less complicated ancestors. All the other invertebrates are protostomes, with the exception of echinoderms and chordates. Echinoderms are abundant and have calcareous shells, which helps to preserve them as fossils. While chordates only inhabit the water, hemichordates are worm-like aquatic creatures. Hemichordata and Chordata vary primarily in that Hemichordata has an epidermis nervous system while Chordata has a central nerve system.
(Unlike the chordates, the other Deuterostome phyla of Echinoderms and Hemichordates are both comprised of_ Time Run Attempt due 1Hour; 2=
• terrestrial species
• marine species
• tetrapod species
• detritivores)
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Humans have a diploid number ("2n" ) of 46. Which of
the following statements best predicts the
consequence if meiosis did not occur during
gametogenesis?
(A) The gametes would get larger from one
generation to the next.
(B) The chromosome number would double with
each generation.
(C) The chromosome number would be halved with
each generation.
(D) The chromosome number would triple with each
generation
Human have a diploid number 2n of 46 which of the chromosome number would double with.
What is chromosome?A chromosome is a long with DNA molecule with part or all of the genetic material of to the an organism. In most of the chromosomes they are very long thin DNA fibers are coated with a packaging proteins; in a eukaryotic cells the most important of these proteins are the histones.
A diploid cell has two or more complete sets of the chromosomes. Most cells in humans are diploid, cell comprising 23 chromosome are the pairs, so 46 chromosomes in total. This is the is 22 pairs of the autosomes and a pair of six chromosomes.
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asian long-horned beetles, introduced into north america, lay their eggs in almost any available deciduous tree. the larvae eat the soft bark and sap, making it difficult for nutrients to reach other parts of the tree, then burrow into the middle of it, leaving large tunnels and weakening the tree. adult beetles emerge from the tree by burrowing through the bark, leaving large holes. many trees do not survive these infestations. asian long-horned beetles thus impact native species by
The adult beetles apparently hitchhiked from China in wooden packing materials, emerging once the materials arrived in New York Harbor.
How did Ontario get the Asian longhorned beetle?When infested wood from plantations was utilized as packaging material for goods being exported to North America, the beetle was introduced into Canada. In the early 1990s, ALB was initially discovered in the US and Canada.
How harm trees do longhorn beetles?Asian longhorned beetles feed on the tissue of the trees they attack, tunneling through the trees and causing serious damage. Eggs are laid in tree bark by adult Asian longhorn beetles. Next, the larvae burrow into the tree. They are larvae that devour tree tissue for the majority of their lives.
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Which results from the anaerobic cellular process?
Anaerobic respiration is a kind of respiration that takes place when oxygen is scarce. During intense activity, lactic acid builds up in the anaerobic respiratory system.
Through the cell's cytoplasm's electron transport chain, organic and biological fuel are broken down and oxidized during anaerobic respiration. Due to the increased energy demand during intense activity, the anaerobic respiration cellular process lacks the utilization of oxygen to make energy like ATP and lactic acid buildup. Carbon dioxide, water, lactic acid, and ATP are all produced as byproducts of the anaerobic respiration cellular process. When glucose and glycogen are broken down, lactic acid is created.
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replication only happens one time in a cell cycle, while transcription may happen hundreds or thousands of time. True/False
True , As a result of the close connection between DNA replication preparation and cell-cycle development, replication only happens once every cycle. The moment is right to examine the transcription between the two processes at the molecular level.
Transcription and DNA replication both take place at the same time on the same DNA template. (B) According to the transcriptional R-loops paradigm, RNA-DNA hybrids that develop during transcription obstruct replication fork progress and cause TAR. Abstract. DNA must be accurately copied once before cell division in eukaryotes in order to maintain genomic integrity. Only one replication of a chromosome occurs throughout each cell cycle thanks to a procedure known as replication licensing.
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Charles Darwin made important contributions to our understanding of how populations evolve but he did not discover everything. Of the statements below, which is correct about Darwin's contributions?
He proposed natural selection as the mechanism of evolution ,this statement is correct about Darwin's contributions.
According to Darwin's theory, only the higher adaptations are self-selected and the lower ones eliminated. Therefore, not all changes lead to continuous evolution. For example, people living in tropical countries have more melanin in their bodies to protect them from sunlight. According to Darwin, all living things had a common ancestor at some point in time and have remained unchanged ever since. His theory of evolution supports the theory of change and different theories of evolution.
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which of the following components is not used by both plants and cyanobacteria to carry out photosynthesis?Plants and cyanobacteria do not utilise the chloroplast as a component. In eukaryotes, photosynthesis takes place in the chloroplast, but in prokaryotes, such as cyanobacteria, it takes place in the membrane and cytoplasm.
Chloroplast is not utilized by both plants and cyanobacteria to carry out photosynthesis which suggests that option A is the right answer.
Photosynthesis is the process by which green plants and certain autotrophic bacteria prepare their own food using carbon dioxide and water in the presence of sunlight. The two parts of photosynthesis—the light-dependent reactions and the Calvin cycle. Cyanobacteria or blue green algae are also autotrophic in nature. These bacteria used flattened sacs like structures which are called thylakoids where photosynthesis is performed. The only difference between plants and cyanobacteria are their body structure which are eukaryotic and prokaryotic organism respectively. Cyanobacteria derive their name from the bluish pigment called phycocyanin. The primary cellular structures which ensures photosynthesis process are chloroplasts, thylakoids and chlorophyll.
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Which of the following will occur when an excitatory postsynaptic potential (EPSP) is being generated on the dendritic membrane?
Voltage-gated sodium channels will open when an excitatory postsynaptic potential (EPSP) is formed on the post-synaptic membrane. As a result, sodium ions will enter the postsynaptic neuron's dendrites and create a slight depolarization.
What takes place when a dendrite experiences an excitatory postsynaptic potential?What takes place when a dendrite experiences an excitatory postsynaptic potential? Local current flow allows positive ions to migrate from the postsynaptic location to more negative areas of the cell.
What took place during the EPSP (excitatory postsynaptic potential)?When sodium channels open in response to a stimulus, an excitatory postsynaptic potential (EPSP) takes place. As a result of the electrochemical gradient, sodium floods the cell. when sodium introduces the cell's positive charge.
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Which statement best explains how the cell cycle is important to the life cycle of the frog?
F It enables frogs to produce tadpoles that are clones.
G It allows frogs to grow, develop, and reproduce.
H It prevents overproduction of frog offspring.
J It ensures the best adapted frogs survive and pass on traits to offspring.
The correct option is F It enables frogs to produce tadpoles that are clones as it us the best explanation of frog life cycle.
It consists of 3 levels: Egg, larva, and grownup adult. The existence cycle of a frog includes 3 levels: egg, larva, and grownup. As the frog grows, it actions via those levels in a method referred to as metamorphosis.
If we don't forget the existence cycle of a frog, there are 3 levels. Eggs of a frog grow to be a larva (tadpole) and later turn out to be an grownup frog. These drastic adjustments in look and levels aren't so long as human growth. The adjustments withinside the levels from a larva to an grownup are referred to as metamorphism.
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b. What can developed and developing countries learn from each other?
This molecule consists of a
carbon bonded to an OH group.
Which functional group is
shown in this image?
A. a hydroxyl group this
C. a methyl group
B. a phosphate group
D. an amino group
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Temperature and precipitation are the most important elements in describing a climate because a. they are the major indicators of what is happening in the atmosphere b they are the elements that have the greatest impact on the hydrosphere
c. they are the elements that have the greatest impact on humans d. they are what controls our climate
Because they have the biggest effects on people, temperature and precipitation are the most crucial factors in describing a climate.
Why are precipitation and temperature significant in a climate?The quantity of water available for drinking, agriculture, and industry can be impacted by rainfall, snowfall, and the timing of snowmelt. The kinds of animals and plants (including crops) that can thrive in specific places are also influenced by annual and seasonal variations in temperature and precipitation.
Why is precipitation a crucial climate factor?Precipitation, a component of the weather, impacts whether or not outdoor activities are appropriate and whether or not creek and river levels will rise. Precipitation is a consistent, long-term aspect of a region's climate that is predictable.
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this muscle group would primarily originate on the pectoral girdle and humerus and insert on the radius, ulna, and/or carpals. this muscle group would primarily originate on the pectoral girdle and humerus and insert on the radius, ulna, and/or carpals. muscles that move the arm muscles that position the pectoral girdle muscles that move the forearm and hand extrinsic muscles of the hand and fingers
The muscles that move the forearm and hand muscles that move the forearm and hand. These are appendicular muscles that primarily originate on the pectoral girdle and arm, and insert on the radius, ulna, and/or carpals.
The skeletal muscles are separated into axial (trunk and head muscles) and appendicular (arms and legs muscles) groups. The arrangement of the skeleton's bones, which is likewise reflected in this system, is similar. Axillary muscles are categorised according to their location, function, or both.
Axial and appendicular divisions make up the muscular system. The axial skeleton is held in place and supported by axial muscles. The limbs are supported, moved, and braced by appendicular muscles.
Hence, muscle binds with bone to move body structure.
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1. a gametophyte generation that is dominant 2. lignified vascular tissues 3. filamentous rhizoids, but not true roots 4. spores that are diploid when mature
Although the multicellular male and female gametophytes are generated within the sporophyte's blooms, the sporophyte is the dominant generation.
Are there any blood vessels in fern gametophytes?The gametophytes have no vascular tissue at all, in contrast to the vascular sporophytes. As a result, these gametophytes are very tiny and grow best in damp environments where they can directly absorb water from their surroundings. Ferns and their associates are still limited to damp environments, just like the bryophytes.
Which one, sporophyte or gametophyte, is dominant?The size of the sporophyte stage has gradually grown during evolution. Thus, the sporophyte phase of the life cycle in higher (i.e., vascular) plants, whereas the gametophyte phase predominates in more primitive nonvascular plants (bryophytes).
Question: Upon closer inspection of the leaves of flower of stone, one can observe tiny, cone-like structures. each cone-like structure emits spores of two different sizes. consequently, flower of stone should be expected to possess which other characteristics? 1. a gametophyte generation that is dominant 2. lignified vascular tissues 3. filamentous rhizoids, but not true roots 4. spores that are diploid when mature
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"Which of the following are associated with the life cycle of a fern? Select all that apply.
the sporophyte is the dominant stage
germination of spores forms the sporophyte
the gametophyte attaches to the ground with rhizoids
the sperm swims to the egg to form the spores
the sporophyte grows from a gametophyte
sporangia form on the underside of the sporophyt"
The options that are associated with the lifecycle of the fern are:
germination of spores forms the sporophytesporangia form on the underside of the sporophyt"the sporophyte is the dominant stageWhat is the life cycle of the fern?The sporophyte generation is represented by the prominent stage of the life cycle, which is the plant that is known as a fern. The stage of the life cycle between the production of spores through meiosis and fertilization and zygote formation is known as the gametophyte generation.
The sporophyte plant, which undergoes meiosis to create haploid spores, is the main phase of a fern's life cycle when it is in the diploid stage. A gametophyte plant is created when the spores come together to form one. The haploid phase is present in a gametophyte plant.
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in this biome, very little plant litter builds up on the ground because of the hordes of decomposers living here. under these uniformly warm and humid conditions, the nutrients that are released by decomposers allow for quick uptake by producers, resulting in lush vegetation.
The biome is considered to be a Boreal forest.
The taiga, also known as the boreal forest, is a major life zone of vegetation that is primarily made up of evergreen trees with scale- or needle-like leaves that bear cones. It is found in northern circumpolar forested regions and is characterized by long winters and moderate to high annual precipitation. According to biology, boreal forests are those that develop in high-latitude regions where freezing temperatures are common for 6 to 8 months and where trees can grow to a minimum height of 5 meters and a 10% canopy cover.
Strong seasonal variation in the boreal forest's climate is evident in its short, moderately warm, and moist summers and long, bitterly cold, and dry winters. Extreme temperature variations can sometimes reach 100°C during some seasons, particularly in the mid-continental regions.
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The given question is incomplete. The complete question is:
in this biome, very little plant litter builds up on the ground because of the hordes of decomposers living here. under these uniformly warm and humid conditions, the nutrients that are released by decomposers allow for quick uptake by producers, resulting in lush vegetation. This biome is considered to be __________.
which nucleotide base is specifically modified to make a dna building block? what is the modification? what exact cofactor is used to accomplish this critical modification?
Uracil is modified to make thymine nucleotides (question 2), which involves the methylation as chemical modification (question 2) and it requires 5,10 methylene tetrahydrofolate as a cofactor (question 3).
What is the methylene tetrahydrofolate enzymatic component?The 5-10 methylene tetrahydrofolate is a cofactor used by enzymes in many different reactions which include the generation of thymine from uracil, the first being a nucleotide base exclusive of DNA, while uracil is found in RNA.
It is well known that the addition of a methyl group to the uracil nucleotide base present in RNA is able to generate thymine nucleotide base, which is exclusively found in the DNA molecule.
Therefore, with this data, we can see that thymine and uracil bases are interchangeable depending on the presence of a methyl group, which is catalyzed by enzymes that use 5,10 methylene tetrahydrofolate as a cofactor of such chemical reactions.
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which of the following statements describes a major difference between mitosis and meiosis i in a diploid organism?
While homologous pairs of chromosomes separate during meiosis I, sister chromatids do so during mitosis. A haploid cell goes through meiosis II, whereas diploid cells go through mitosis.
Describe meiosis and mitosis.The cell division process known as meiosis is what produces egg and sperm cells. A vital process for life is mitosis. A cell divides into two identical daughter cells after duplicating all of its components, including its chromosomes.
What function does mitosis serve?In order to maintain the number of chromosomes in the parent cell, somatic cells undergo a form of cell division called mitosis. Therefore, this kind of cell division is crucial for tissue growth and repair.
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FILL IN THE BLANK. autoregulation, neural regulation, and hormonal regulation are mechanisms used to control ___, which is the volume of filtrate produced by all of the nephrons every minute.
Autoregulation, neuro-regulation, and hormonal regulation are the mechanisms used to control the GFR, the amount of filtrate produced by every nephron per minute.
What do you mean by GFR?Estimated glomerular filtration rate (eGFR) is a test to measure kidney function and determine kidney disease's stage. The medical team can make calculations based on blood creatinine test results, age, height, and gender.
What does low GFR mean?A low GFR means that your kidneys are not filtering your blood properly. If GFR is below 60, it means kidney disease. A number less than 15 indicates kidney failure and requires dialysis or a kidney transplant.
Low GFR caused by dehydration and use of NSAIDs (Non-steroidal anti-inflammatory drugs), which inhibit synthesis of prostaglandin, resulting in unhindered intrarenal vasoconstriction leading to reduced GFR.
What foods restore kidney function?Chili pepper. It's also low in potassium, but rich in flavor. Cauliflower. Rich in vitamin C, folic acid and fiber, cauliflower helps the body fight toxins. Blueberry. Garlic. Fish. Red grapes. Olive oil.
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Deline the term osmotically active solule Deline lhe term osmosis You place plant cell with an OAS concentration of 0.750 M in solulion with sucrose concentration of 550 mM: Is this solulion the cell? Choose Ihe correct answer from below. Hypotonic Hyperlonic Isolonic In osmosis water diffuses loward lhe solution, that IS, loward the solution with the solute concentralion: Choose the correct answer (rom below: hypotonic, lesser hypertonic; esser sotonic, greater hypertonic, greater hypotonic, greater
A special type of passive transport is the movement of water across a membrane, or osmosis.
By definition, osmosis is the diffusion of water through a selectively permeable membrane from an area of high water potential (low solute concentration) to and area of low water potential (high solute concentration). Therefore, for osmosis to occur, the membrane must be permeable to water, but impermeable to the solute, and the concentration of the solute must be different on the two sides of the membrane. Water will move from the side with lower solute concentration to the side with higher solute concentration until the concentrations are equal, or until some external force prevents further movement of water. This is a passive process, in that no energy expenditure is required for the movement of water. In an artificial system such as the one depicted in the figure below, water will attempt to move from chamber B to chamber A. Since chamber A is a rigid chamber, pressure will develop. The pressure that is just sufficient to prevent water from moving across the membrane is referred to as osmotic pressure.
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Select the correct answer.
The primary advantage of precision farming is that
O A.
O B.
O C.
O D.
farmers have fewer weeds.
it takes advantage of GMOS
fields require less maintenance with this method.
natural resources are used more efficiently.
Sm
The main benefit of precision agriculture is the more effective utilization of natural resources.
Defining natural resources.
Minerals that can be discovered on Earth and that are used to sustain human life and fulfill human needs are known as natural resources. A renewable environment is something that humans use that originates from the natural world. Stone, sand, minerals, oil, coal, or natural gas are examples of natural resources. Other natural resources include things like air, sun, soil, and drink.
Why are natural resources such a necessity?Environmental resources are crucial for ensuring wellbeing. Even without the plants that eat, the fresh water we drink, or the clean air we breathe, we might survive. We need natural resources in order to construct buildings with heat or roofs over our heads. They are necessary for us to survive and thrive.
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Which of the following statements is true?
The tectorial membrane is a structure in the cochlea that hair cells interact with to produce action potentials.
Sound coming into the ear first encounters the cochlea.
The otolith organ carries signals from the inner ear to the brain.
Sound is mechanical energy that travels in the form of subatomic particles.
The tectorial membrane is a structure in the cochlea that hair cells interact with to produce action potentials.
The correct statement is that tectorial membrane is a structure in the cochlea that hair cells interact with to produce action potentials.
The tectorial membrane is typically thought to play a mechanical role because of its close proximity to the stereocilia of the outer hair cells and its ability to affect the fluid flow around the inner hair cells, which ensures efficient stimulation of the sensory cells.
The basilar membrane and subsequently the organ of Corti are both activated by sound waves that travel to the inner ear. In turn, this displaces the stereocilia and starts the flow of transducer currents by causing a shearing motion between the tectorial membrane and the tips of the hair cells.
Hence, tectorial membrane is a structure in the cochlea.
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What is cytokinesis and when does it occur during the cell cycle?; Where does cytokinesis occur in the cell cycle?; What is the process of cytokinesis ?; What is cytokinesis the stage of the cell cycle?
The physical process of cell division known as cytokinesis splits the parent cell's cytoplasm into two daughter cells. Cytokinesis begins during the anaphase phase of nuclear division and lasts until telophase.
Anaphase marks the start of cytokinesis, which concludes in telophase and is finished when the subsequent interphase starts. The abrupt emergence of a pucker, also known as a cleavage furrow, on the cell surface is the first audible sign of cytokinesis in an animal cell.
The physical process of cell division known as cytokinesis separates a parental cell's cytoplasm into two daughter cells. In animal cells, the two forms of nuclear division, meiosis and mitosis, also take place at the same time.
A cell must correctly separate its cytoplasm and chromosomes throughout the cell cycle's cytokinesis stage in order to produce two daughter cells.
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Which of the following mollusks has a closed circulatory system?
a. Clams
b. Snails
c. Cuttlefish
d. Scallops
All of the mollusks listed have a closed circulatory system. A closed circulatory system is a type of circulatory system in which the blood is always contained within vessels, such as arteries and veins. This is in contrast to an open circulatory system, in which the blood is not contained within vessels and is instead free-flowing within the body cavity of the organism.
which of the following photosynthetic bacteria carries out oxygenic photosynthesis and most likely altered earth's atmosphere by significantly contributing to the accumulation of oxygen gas?
Oxygenic photosynthesis is carried out by the following cyanobacteria, where most likely changed the climate of the planet by action the buildup of gas. Cyanobacteria, such as Anabaena and Prochlorococcus.
What carry out bacteria?Some bacteria aid in the digestion of food, assist the body produce necessary vitamins, and eliminate disease-causing cells. Additionally, bacteria are employed to create healthful meals like cheese or yogurt. But dangerous germs can give you a disease. Within your body, cells multiply rapidly.
Briefing:Turquoise algae, or cyano, are organisms that live in aquatic environments. They perform photosynthesis quickly, which causes a significant buildup of oxygen in the air.
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The complete question is-
Which of the following photosynthetic bacteria carries out oxygenic photosynthesis and most likely altered Earth's atmosphere by significantly contributing to the accumulation of oxygen gas?
Green sulfur bacteria such as Chlorobium
Cyanobacteria, such as Anabaena and Prochlorococcus
Purple sulfur bacteria
Green nonsulfur bacteria such as Chloroflexus.
