TY  - GEN
CY  - UNIVERSITAS LAMPUNG
ID  - eprints89091
UR  - http://digilib.unila.ac.id/89091/
A1  - Elfita, Nova Yunior
Y1  - 2025/05/22/
N2  - The presence of bats in urban environments can have both a positive impact, such
as seed dispersal and a negative impact due to its the potential for zoonosis that
can be transmitted from animals to humans. The acute respiratory disease
pandemic occurred in December 2019 caused by a coronavirus associated with a
virus in bats. In Myanmar, coronavirus was found in insect-eating bats and in
Indonesia, coronavirus has been found in bats in Gorontalo. Research on the
detection of coronavirus in bats in Indonesia has never been conducted on the
island of Sumatra. This study aims to identify bat species and detect the presence
of coronavirus in bat oral swab samples using the predict protocols method, in the
Department of Mathematics area, University of Lampung. Bat life trapping and
oral swab sampling of bats were carried out in the back site area of the
Mathematics Department, Faculty of Mathematics and Natural Sciences,
University of Lampung as part of the urban area. Detection using the predict
protocol method has been conducted at the Biotechnology Laboratory, Lampung
Disease Investigation Center including the stages of RNA extraction, cDNA
synthesis, predict protocol, coronavirus amplification, and electrophoresis. Of six
individual bats, two fruit bat species were found, five are Cynopterus brachyotis
and one Cynopterus sphinx. All bat oral swab samples obtained were predictively
negative, indicating that the six individual bats caught were not infected with
coronavirus.
Keywords: Bats, Coronavirus, Predict protocol, University of Lampung, Zoonosis
PB  - FAKULTAS MATEMATIKA DAN ILMU PENGETAHUAN ALAM
TI  - MOLECULAR-BASED DETECTION ON CORONAVIRUS IN BATS
OF THE UNIVERSITY OF LAMPUNG CAMPUS
AV  - restricted
ER  -