Both chloroplast and mitochondria are thought to be endosymbiotic and have their own DNA. The fact that these enzymes in all species is a theory of conserving useful gene. "If it isn't broke, don't fix it". These are also called essential genes.
Essential genes code for fundamental cellular functions required for the viability of an organism. For this reason, essential genes are often highly conserved across organisms.
There are many, many species of earthworm. The Common Earthworm, which is the species I think most are used to seeing belongs to the species Lumbricus terrestris.
Its species is a terrestrish and it's Genus is Lumbricus
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Phylum arthropoda is the most diverse in species, with the highest count known of described species in any animal phylum. Over a million species under the phylum have been described and biologists estimate that millions of species have yet to be described, particularly amongst the insects.
There are two main species of honey bee. Apis Mellifera which is mostly found in the Western Hemisphere and Apis Cerannae which is mostly in the Eastern Hemisphere. Both of these two main species also have sub-species.
The same genetic code produces those enzymes
Enzymes used in cellular respiration are highly conserved across species because they carry out essential functions in the process of converting energy from food into a usable form for cells. Evolutionarily, these enzymes have been refined to be efficient and effective in carrying out these critical functions, resulting in their similarity across species. This conservation reflects the fundamental importance of cellular respiration for life.
Enzymes used in cellular respiration are highly conserved across species because they perform essential functions in a complex process that has been evolutionarily optimized for efficiency. Any changes to these enzymes could disrupt the finely tuned metabolic pathways, affecting the organism's ability to generate energy effectively. Therefore, these enzymes have remained similar across species to ensure the proper functioning of cellular respiration.
Because Enzymes are catalyst for reactions in species. Eg. There are digestive enzymes in your mouth to start off digesting.
Catalase and superoxide dismutase are two enzymes that are present in obligate aerobes but lacking in obligate anaerobes. These enzymes help in breaking down toxic reactive oxygen species that are produced during aerobic respiration.
Chimpanzee
Because Enzymes are catalyst for reactions in species. Eg. There are digestive enzymes in your mouth to start off digesting.
Oxidative enzymes are primarily found in organelles called peroxisomes and mitochondria within cells. These enzymes, such as catalase and oxidases, play crucial roles in various metabolic processes, including the breakdown of fatty acids and the detoxification of harmful substances. They facilitate oxidation-reduction reactions, often involving the transfer of electrons and the production of reactive oxygen species. Additionally, oxidative enzymes are present in certain microorganisms and plants, where they contribute to processes like respiration and photosynthesis.
If there was no change in species over time, then all fossils of that species would be identical.
Charles Darwin did recognize and categorize numerous species during his career. He also recognized that not all species were identical in all of their outward physical characteristics. He also realized that organisms of the same species were identical. He also observed that organisms living in different places with similar environment were different yet similar, thus concluding that they had the same ancestors.
amphibians use several different methods of respiration depending on their species and age. 1. cutaneous respiration 2. buccopharyngeal respiration 3. pulmonary respiration 4. gill respiration
The members of the grass species in the lawn are likely genetically identical because the species reproduces asexually, such as through rhizomes or stolons. This mode of reproduction allows for the production of clones, resulting in genetically identical individuals. In contrast to sexual reproduction, which introduces genetic variation, asexual reproduction preserves the genetic uniformity across the lawn.