Sentence examples for many other algae from inspiring English sources

In contrast, many other algae (e.g., dinoflagellates, heterokonts, haptophytes, cryptophytes, euglenophytes, and chlorarachniophytes) and apicomplexan parasites possess complex plastids.

Periplasmic α-carbonic anhydrase activity also was reported in many other algae [ 104], indicating it could be very common and reflect the ancestral state.

In this study, we used I. galbana as a representative for many other algae used as live feed in aquaculture to explore the possibility of using organic carbon in the media to improve the production efficiency.

One special characteristic that distinguishes Cp0710 from many other algae is its ability to not only live autotrophically through photosynthesis but also to grow heterotrophically by using extracellular organic carbon sources such as glucose [ 3– 5].

These two algal groups are of special interest, because the relict nucleus, called the nucleomorph, of engulfed algae still exists in the periplastidal compartment (PPC), which is the space between the inner and outer pair of plastid membranes, whereas many other algae have lost this organelle (Archibald 2007; Moore and Archibald 2009).

In the life cycle of Polysiphonia, and many other red algae, there are separate male and female gametophytes, carposporophytes that develop on the female gametophytes, and separate tetrasporophytes.

The regulation of nitrogen and sulfur assimilation pathways has been shown to be tightly coupled in many other plants and algae including the green alga Chlamydomonas reinhardtii [ 60] with nitrogen limitation causing a down-regulation in genes involved in sulfate assimilation as observed in this study.

Similar phenomena were observed in many other stressed unicellular algae, and often regarded as one of characteristic features of programmed cell death (Segovia et al., 2003; Zuppini et al., 2007).

Two Alb3 homologs were also identified in many other plants, green algae, and, for the first time in diatoms, in addition to C. reinhardtii and A. thaliana which had been previously studied [ 10, 11, 14].

Having observed that sharks are less vulnerable to barnacles and algae than many other marine organisms, researchers found microscopic textures on shark skin that significantly inhibited the growth of those organisms and, surprisingly, that of the various bacteria responsible for hospital-acquired infections.

Meanwhile, marine ecologist Laurence McCook of Australia's Great Barrier Reef Marine Park Authority in Townsville cautions that reef algae include many other forms whose impact has not been similarly examined.