Answer:
I think this is the list right? - Felis catus Sylvilagus audubonii Parus inornatus Euarctos americanus
Explanation:
When two members of the same species (male and female) mate, they produce fertile offspring.
The conclusion that can be drawn from this is that due to the fact that from looking at the scientific names of the animals, there are different genus and species names, there would be no interbreeding between them as they do not belong to the same species.
And if peradventure there is crossbreeding, the union would be unable to produce fertile offspring.
Chloroplasts and cell wall are found only in plant cells .
nucleus golgi ribosomes cellmembrane are found in animal and plant cells
Because they have bones. They are called vertebrates because vertebra are the sections that make up the backbone of all these animals.
Answer:
a. Cap and tail
b. Codon
c. Promoter region
d. Anticodon
e. Introns
f. Genetic code
g. Exon
Explanation:
a. RNA processing which occurs post transcription, is composed of three steps: capping of 5' end, polyadenylation of 3' tail and RNA splicing. Hence, according to this question, Cap and tail are examples of RNA processing.
b. A codon is a sequence of three nucleotides that code for an amino acid. For example, AUG is a codon that encodes Methionine amino acid.
c. The PROMOTER region is the location on DNA where RNA polymerase enzyme attaches to for transcription to be initiated.
d. ANTICODON is a sequence of three nucleotides located in tRNA that is complementary to a codon triplet. The tRNA anticodon reads the mRNA codon during translation.
e. The INTRON is that portion of a gene that is excised or removed from the RNA transcript. Introns are non-coding regions of a gene and hence needs to be removed during a process called SPLICING.
f. GENETIC CODE is a set of rules that convert a nucleotide sequence into a protein. The genetic code is made up of codons that specify amino acids.
g. EXONS, in contrary to introns, are the parts of a gene that is expressed. Exons are the coding regions of a gene that are expressed into amino acids.
