Answer:
metosis
Explanation:
Fungi are heterotrophic: they use complex organic compounds as sources of energy and carbon, not photosynthesis. Fungi multiply either asexually, sexually, or both. The majority of fungi produce spores, which are defined as haploid cells that can undergo mitosis to form multicellular, haploid individuals.
Answer:
True
Explanation:
Amino acids are coded from the DNA sequence in groups of three bases, that is, three bases (three letter codes) also called codon codes for (or specifies) an Amino acid.
in the above DNA sequence each of the prospective 6 Amino acids will each require a triplet of bases. Thus, the simple calculation of 6×3 yields 18. Thus we need at least 18 bases in our DNA sequence, barring stop codon, to code for Amino acids.
Counting, the above DNA sequence contains 18 bases exactly.
The answer is A. Animals.
First of all humans and insects belong to the group of animals. There are about 1.6 million known species of animals which include many more groups. At least 1 million of animal species are insects. Humans belong to the one only species Homo sapiens of Hominina clade. Talking <span>about </span>plants, there are about 300.000 species, leaving animals as the right answer.
Cell, tissue, organ, organ systems, organism
Hello. You forgot to enter the answer options. The options are:
"A) This organism cannot be grown in the lab. B) a batch culture using a low-nutrient medium C) on Petri plates containing a low-nutrient medium D) a chemostat using a low-nutrient medium"
Answer:
D) a chemostat using a low-nutrient medium
Explanation:
The most appropriate culture medium for this bacteria to be grown in the laboratory is a chemostat using a medium with low nutrient content. This is because this culture provides similar resources to the resources that this bacteria finds in its natural habitat. Thus it would be possible for these bacteria to develop in the laboratory, presenting characteristics similar to those it presents in nature, allowing the full study of this microorganism.
Culture media products prepared to provide nutrients necessary for the growth of microorganisms outside their natural habitats. These media are prepared in laboratories and are essential for all branches of microbiology.
