Hello!
Well, impressively but, as you can clearly see,the reason that all ants can lift so<span> much, or are very strong, is all because of their body size increases as a cube of length- while the cross sectional area of muscles increases as the square of length as seen.
By the way, as an extra fact, ants aren't only very strong, but extremely fast also! It is studied and estimated that </span><span>the average ant as known, can carry between 10 and 50 times its own </span>body weight!<span> and run at approximately 300 meters an hour, a rate of nearly 800 times its body length a minute!
Very impressive right?
</span>I Hope my answer has come to your Help. Thank you for posting your question here in Brainly. We hope to answer more of your questions and inquiries soon. Have a nice day ahead! :)
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Artificial reproductive technologies can be used to solve fecundation problems and also health problems occurred during the gestational process.
<h3>What are artificial reproductive technologies?</h3>
Artificial reproductive technologies are any type of medical technology aimed at providing solutions to gestation when there are problems associated with this biological process.
Artificial reproductive technologies include, among other techniques, in-vitro fecundation, zygote intrafallopian transference, frozen embryo transference, etc.
In conclusion, Artificial reproductive technologies can be used to solve fecundation problems and also health problems occurred during the gestational process.
Learn more about artificial reproductive technologies here:
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Answer:
C. In addition to being advantageous the allele also exhibits overdominance.
Explanation:
If the allele is advantageous and dominant over the other alleles, the individuals who own it will adapt better to the environment and most of their offspring will exhibit the attributes granted by the allele, which would increase its frequency in the population over time. In addition, individuals who own it will be more successful and more likely to reproduce than those who do not.
After you gathered your research in the experiment to prove if you were correct or not depending on the outcome of said experiment.
Answer:
Antibiotic resistance can evolved in bacterial population in the following ways:
Explanation:
- In response to constant exposure to antibiotics some members of a bacterial population develop some beneficial mutations in some essential genes that gives them survival advantage in terms of food and space over the sensitive bacterial strains and hence they are capable of out-competing the sensitive bacteria.
- This happens due to the process of Natural Selection.
- These genes are called antibiotic resistance genes and bacteria usually carry them on plasmids in form of cassettes where genes resistant to multiple drugs are incorporated. These plasmids are called the MDR or Multi-Drug Resistance Plasmids.
- These resistant plasmids can be easily transferred among bacterial populations by conjugation, transformation or transduction or direct plasmid transfer.
- The resistant genes encode for proteins that render the drug ineffective by promoting their efflux from the cells, preventing their entry into the cell, chemically modifying them such that they become non-functional or altering the target site of the drug.
