Dr. Ir. Farajallah, M.Si from Biology Department, FMIPA, IPB University gave a general lecture at the Biology Department, FMIPA UNIB

Dr. Ir. Farajallah, M.Si from Biology Department, FMIPA, IPB University gave a general lecture at the Biology Department, FMIPA UNIB

Biology Masters  Study Program of FMIPA UNIB  held a general  Lecture on Monday 09 October 2023 which took place in the FMIPA UNIB Dean’s meeting room with great Keynote Speaker Dr. Ir. Farajallah, M.Si with the theme “eDNA Methods And Molecular Analysis On Animals”. He is an Associate Professor and  Senior Biology Lecturer at Biology  Department, FMIPA IPB from the Division of Animal Physiology and Behavior. Dr. Ir. Farajallah, M.Si is also an expert in the field of DNA-related biomolecular techniques which are used to explain animal diversity and zoogeographic patterns in Indonesia. This public lecture activity was also attended by the Dean of FMIPA, Dr. Jarulis M.Si, lecturer Staff at the Biology Department and Biology students.

This general lecture itself provides an explanation of eDNA, which is a way to detect various living organisms (prokaryotic or eukaryotic) which leave traces of their DNA through cell tissue, dirt, skin or other body parts that contain genetic material. Traces of DNA are left in the environment such as soil, water and sediment.  The loss of species and the presence of invasive species in a habitat can be a threat to native species in an  ecosystem.  So  we  need  the  latest  techniques  that  are  able  to  detect  the  presence  of  an  organism. One  technique  that  can  detect  target  organisms  in the  environment  quickly  and  accurately  is environmental DNA (e-DNA) for  monitoring  and  conservation  of  biodiversity. The results of the analysis show that by using the e-DNA approach, monitoring and conservation of biological diversity can be detected according to the taxonomy  of  organisms  and  molecular  markers.  Cytochrome  c  Oxidase  subunit  1  (COI)  molecular markers are capable of detecting a variety of both rare and invasive species. Thus it can be concluded that  the  e-DNA  approach  can  be  used  as  a  method  for  monitoring  and  conservation  of  biological diversity in various ecosystems.

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