Answer;
The three statements that are true, include;
A diploblast has no mesoderm.
A pseudocoelom has the same functions as a true coelom.
In a coelomate, the tissue lining the inner side of the body cavity arises from the same germ layer as the tissue lining the outer side of the body cavity.
Explanation;
-Diploblastic animals are animals possessing two major tissue layers. These include the outer layer (the ectoderm) and the inner layer (the endoderm). Unlike the triploblastic animals , the diploblastic animals lack the third middle layer, the mesoderm.
- Coelom is the body cavity which exists between the mesoderm and endoderm while pseudo coelom is the body cavity which is present inside the mesoderm. Both the coeloms and pseudocoeloms are used as hydrostatics skeletons.
-Coelomate animals are animals that have a "true" body cavity or coelom and organs are in cased in peritoneal membrane.
Glucose which is later then converted to sucrose to be stored when there is an excess amount of it.
Hello Mlevintova, <span>Who first proposed the principle of the heliocentric theory, </span>Aristarchus of Samos was an ancient Greek astronomer and
mathematician who presented the first known model that placed the Sun at
the center of the known universe with the Earth revolving around it.
According to natural selection process, the trend that will occur is that the number of organisms with harmful characteristics will decrease while organisms with neutral or beneficial traits will increase in the plant population
<h3>What is natural selection?</h3>
Natural selection is the process by which organisms with favorable features and characteristics that enable them to adapt to their environment survive while those with unfavorable traits die off.
In a changing environment, it will be observed that the organisms with the most favorable traits will be the most dominant in the environment.
Therefore, for the Year 5 and Year 10, the most likely trend that will occur is that the organisms with harmful characteristics will be decreasing in the plant population while organisms with neutral or beneficial traits will likely be increasing in number.
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We report a unique unmarried-cellular complete-genome amplification method (LCS-WGA) which could correctly seize spontaneous DNA damage existing in single cells. We discuss with those harm-related single-nucleotide editions as "damSNVs," and the entire-genome distribution of damSNVs because the damagenome.
We discovered that during unmarried human neurons, the damagenome distribution turned into significantly correlated with three-dimensional genome structures.
This nonuniform distribution shows extraordinary ranges of DNA harm effects on special genes. next, we identified the functionals that have been considerably enriched within the excessive-damage genes.
comparable functionals had been also enriched in the differentially expressed genes (DEGs) detected by unmarried-mobile transcriptome of both Alzheimer's sickness (advert) and autism spectrum disorder (ASD). This result can be defined with the aid of the sizeable enrichment of excessive-harm genes in the DEGs of neurons for both ad and ASD. the discovery of excessive-harm genes sheds new lighting fixtures on the critical roles of DNA harm in human sicknesses and issues.
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