I need help with ALL of the following bacteria: -trypanosoma gambiense -Radiolaria -Euglena -Paramecium -Vorticella I need to know about EACH BACTERIA : -how they move -how they reproduce -what/who they effect -how they live -class/genus **ALL general information ** Thank you!! I need help with ALL of the following bacteria: -trypanosoma gambiense -Radiolaria -Euglena -Paramecium -Vorticella I need to know about EACH BACTERIA : -how they move -how they reproduce -what/who they effect -how they live -class/genus **ALL general information ** Thank you!! -trypanosoma gambiense -Radiolaria -Euglena -Paramecium -Vorticella I need to know about EACH BACTERIA : -how they move -how they reproduce -what/who they effect -how they live -class/genus **ALL general information ** Thank you!! Solution Trypanosoma gambiense: it is a protozoan parasite. Movement- with the help of flagellum. Reproduction: By longitudinal binary fission. Who is affected- the disease caused by trypanosoma is known as sleeping sickness. The parasites are transmitted to humans by tsetse fly. How they live- eating habits the blood, lymph and the intercellular spaces of different tissues and organs of man Hogs,goats, cattle and sheep are the potential Reservoir hosts. Class mastigophora and genus trypanosoma. 2. Radiolaria: also called radiozoa are protozoans Movement: amoeboid movement Reproduction: the reproduce asexually and probably sexually also Asexual fission, binary fission and Multiple Fission and budding. Whom they effect: they are found as you plant on throughout the ocean and their skeletal remains make up a large part of the cover of the ocean floor as siliceous ooze. The skeletons of ancient radiolarians are used in geological dating including Oil exploration and determination of ancient climates. Classes: polycystinea, acantharea, sticholonchea. 3. Euglena: it is single celled flagellate it is the best known and most widely studied member of the class Euglenoidea. They are autotrophic in nature due to the presence of chloroplast. All euglenoids how two flagella rooted in basal bodies. The longer flagellum helps the organism to swim. Euglena reproduces asexually through binary fission. It belongs to the class euglenoidea and genus euglena. 4. Paramoecium: it belongs to the class oligohymenophorea and genus paramoecium it is commonly studied as a representative of the ciliate group there are widespread in freshwater brackish and Marine environments they prepare themselves by whiplash moments of their cilia which are arranged around the outside of their body. They reproduce asexually by binary fission, they also follow conjugation which is a sexual phenomenon. 5. Vorticella: it belongs to the class oligihymenophorea and genus vorticella. It is a genus of ciliates with 16 known species they are stalked inverted bell shaped ciliates, live mainly in freshwater Ponds and streams they reproduce by budding where cell undergoes longitudinal fission. Each cell has a separate sta.