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VOL. 8, ISSUE 2 (2023)
Profile extract alcohol 96% padina australis use Spektroskopi infra red as quality control of raw material for antibacterial
Authors
Farizah Izazi, Effendi Rahmat, Dan Nani Wijayanti
Abstract
Padina australis is a
Phaeophyta Division (brown algae) marine algae (Franklin et al., 2017) [3].
Phaeophyta is a potential source of bioactive chemicals that can be used in the
pharmaceutical sector as antioxidants, antibacterial agents, and for a variety
of other health advantages (Bachtiar, 2007) [1]. Padina australis is
a species native to Sumenep Islands. When a plant is active, it has vital
information. One of the methods for evaluating the bioactive substances in
these plants is to conduct phytochemical screening tests accompanied by
Infrared Spectroscopy profiles, which are profiles of certain functional
groups. Padina australis contains flavonoid chemicals, terpenoids, steroids,
saponins, tannins, and alkaloids, according to phytochemical test data. The
Infrared Spectroscopy profile revealed the presence of eight functional groups:
alkanes, amines, O-H carboxylic acids, N-H (cyclic alkenes), C-O (ethers), C=C
(aromatic), alkenes, and aromatic rings. Flavonoids, terpenoids, steroids,
saponins, tannins, and alkaloids are specific groupings created in the Infrared
Spectroscopy profile in each of these chemicals. Aromatic ring and alkene are
two characteristics of the Padina australis Infrared Spectroscopy profile.
There are two aromatic ring functional groups that are clearly apparent on the
Infrared Spectroscopy profile. This is consistent with the findings of
phytochemical screening. One of these compounds, fucoidan, is known to be found
in Padina australis. Fucoidan possesses particular functional groups that can
be seen in the Infrared Spectroscopy profile of Padina australis.
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Pages:160-162
How to cite this article:
Farizah Izazi, Effendi Rahmat, Dan Nani Wijayanti "Profile extract alcohol 96% <i>padina australis</i> use <i>Spektroskopi infra red</i> as quality control of raw material for antibacterial". International Journal of Research in Pharmacy and
Pharmaceutical Sciences, Vol 8, Issue 2, 2023, Pages 160-162
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