Cobos, Marianela; Lopez, Liz C.; Paredes, Jae D.; Maddox, J. Dylan; Vargas-Arana, Gabriel E.; Flores, Leenin; Aguilar, Carla P.; Castro, Juan C.(Asian Journal of Microbiology and Biotechnology, 1(1), 14-24, 2017-01-21)
The objective of this research was to determine the effect of four culture media on the fatty acids profile of the microalgae Ankistrodesmus sp., Chlorella sp., and Scenedesmus sp. isolated from the Peruvian Amazon. The ...
Castro, Juan C.; Maddox, J. Dylan; Estela, Segundo L.; Rodríguez, Hicler N.; Casuso, María Z.; Paredes, Jae D.; Cobos, Marianela(Universidad Nacional de Colombia, 2019)
Las microalgas son microorganismos fotosintéticos con gran potencial para abastecer las demandas energéticas mundiales. Sin embargo, los limitados conocimientos que se tienen de estos organismos, en particular a nivel ...
Kosek, Margaret N.; Mduma, Estomih; Kosek, Peter S.; Lee, Gwenyth O.; Svensen, Erling; K. Y. Pan, William; Paredes Olortegui, Maribel; H. Bream, Jay; Patil, Crystal; Ramal Asayag, Cesar; Meza Sanchez, Graciela; E. Caulfield, Laura; Gratz, Jean; Peñataro Yori, Pablo(The American Journal of Tropical Medicin and Hygiene, 2016-10-05)
Early childhood enteric infections have adverse impacts on child growth and can inhibit normal mucosal responses to oral vaccines, two critical components of environmental enteropathy. To evaluate the role of indoleamine ...
Castro, Juan C.; Rodríguez, Hicler N.; Maddox, J. Dylan; Jiu, Bruce; Petterman, Joe B.; Marapara, Jorge L.; Cobos, Marianela(Plant Cell Biotechnology and Molecular Biology, 18(1-2), 15-21, 2017-01-06)
Microalgae are a very diverse group of microorganisms with great potential for biotechnological applications. To best exploit these organisms is necessary to expand our knowledge at its molecular levels. To realize these ...
Castro, Juan C.; Maddox, J. Dylan; Paredes, Jae D.; Rodríguez, Hicler N.; Aguilar, Carla P.; Marapara, Jorge L.; Castro, Carlos G.; Casuso, María Z.; Cobos, Marianela(Plant Cell Biotechnology and Molecular Biology 18(5-6): 219-230, 2017-05-15)
Microalgae have great potential as feedstock to produce next-generation biofuels. The scarceness of genomic level information, however, prevents the rational de novo microalgae strain design. In this research, we describe ...