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MAKE CONNECTIONS Review Figures 9.2 and 10.6, and then summarize how CO2 and O2 are both used and produced by chlorarachniophytes and other aerobic algae.


Short Answer

Expert verified

The algae chlorarachniophytes and other groups of aerobic algae utilize CO2 for photosynthetic mechanism, and during this process, it produces molecular O2 as a by-product of light reaction.

Aerobic algae generate energy through cellular respiration, and in this mechanism, it utilizes O2 and produces CO2.

Step by step solution

01

Algae

Algae are eukaryotic organisms belonging to the Kingdom of Protists. These organisms are of three types, namely, green algae, brown algae, and red algae. Among these, the red and green algae are phylogenetically closest to the green plants. Algae can photosynthesize like green plants.

02

Photosynthesis

The cellular mechanism through whichsome organisms (plants and algae) independently prepare their food is denoted as photosynthesis.In this mechanism, energy from light is used along with water and inorganic carbon source (CO2).

The light-dependent reaction of photosynthesis generates O2, and CO2 is incorporated during the light-independent reactions (Calvin cycle).

03

Aerobic cellular respiration

The aerobic algae use the biochemical mechanism of aerobic cellular respiration for generating ATP. In this process, the cells utilize molecules of O2,and the molecules of CO2are generated as a by-product.

The glycolysis process occurs in the cytoplasm and is common for both aerobic living beings and anaerobic living beings. There are a lot of energy molecules that are ATPs are produced to get the energy to the body.

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Most popular questions from this chapter

Which group is incorrectly paired with its description?

(A) diatomsโ€”important producers in aquatic communities

(B) red algaeโ€”eukaryotes that acquired plastids by secondary endosymbiosis

(C) apicomplexansโ€”unicellular parasites with intricate life cycles

(D) diplomonadsโ€”unicellular eukaryotes with modified mitochondria.

Recent evidence indicates that the root of the eukaryotic tree may lie between a clade that includes unikonts and excavates, and all other eukaryotes. Draw the tree suggested by this result.

DRAW IT Medical researchers seek to develop drugs that can kill or restrict the growth of human pathogens yet have few harmful effects on patients. These drugs often work by disrupting the metabolism of the pathogen or by targeting its structural features. Draw and label a phylogenetic tree that includes an ancestral prokaryote and the following groups of organisms: Excavata, SAR, Archaeplastida, Unikonta, and, within Unikonta, amoebozoans, animals, choanoflagellates, fungi, and nucleariids. Based on this tree, hypothesize whether it would be most difficult to develop drugs to combat human pathogens that are prokaryotes, protists, animals, or fungi. (You do not need to consider the evolution of drug resistance by the pathogen.)

WHAT IF? DNA sequence data for a diplomonad, a euglenid, a plant, and an unidentified protist suggest that the unidentified species is most closely related to the diplomonad. Further studies reveal that the unknown species has fully functional mitochondria. Based on these data, at what point on the phylogenetic tree in Figure 28.2 did the mystery protistโ€™s lineage probably diverge from other eukaryote lineages? Explain

Justify the claim that photosynthetic protists are among the biosphereโ€™s most important organisms.

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