RESUMEN
The dermis of cetaceans is in constant contact with microbial species. Although the skin of the bottlenose dolphin provides adequate defense against most disease-causing microbes, it also provides an environment for microbial community development. Microbial community uniqueness and richness associated with bottlenose dolphin skin is a function of varying habitats and changing environmental conditions. The current study uses ribosomal DNA as a marker to identify bacteria found on the skin of coastal and offshore bottlenose dolphins off of Southern California. The unique microbial communities recovered from these dolphins suggest a greater microbial diversity on the skin of offshore ecotype bottlenose dolphins, while microbial populations associated with the coastal ecotype include species that are more closely related to each other and that suggest exposure to communities that are likely to be associated with terrestrial runoff.
Asunto(s)
Bacterias/aislamiento & purificación , Delfín Mular/microbiología , Piel/microbiología , Animales , Bacterias/clasificación , Bacterias/genética , Biodiversidad , California , ADN Bacteriano/genética , ADN Ribosómico/genética , Ecosistema , Secuenciación de Nucleótidos de Alto Rendimiento , FilogeniaRESUMEN
The networking and collaborative opportunities afforded to the attendees of the Ocean and Human Health Gordon Research Seminar (GRS) and the Gordon Research Conference (GRC) are vast and great. The GRS/GRC, in particular, has the capability of facilitating interlaboratory and interdisciplinary collaborations. The following article highlights the benefits associated with attending the GRS/GRC as a graduate student and first time attendee.