DESCRIPTION
Biochemistry and Genetics Laboratory located in Hasjim Asj’arie Building on the 9th floor of Campus A FMIPA UNJ is a laboratory used for the implementation of practicum activities of Compulsory Biochemistry and Genetics Courses for Biology and Biology Education students. This laboratory is carefully designed so that it can support activities in it properly, safely, and flexibly. The laboratory is equipped with laboratory safety protection facilities including alarm devices and emergency showers. The maximum room capacity is 30 people and equipped with a preparation room. The equipment available in this laboratory is: oven, acid cabinet, laminar airflow, scales, binocular microscope, stereo microscope, blender, chemical storage, biological safety cabinet, paper chromatography column.
Biochemical practicum activities in general include topics: saponification reaction analysis, salt formation, alcohol reaction test, carbohydrate analysis, lipid analysis, protein analysis, vitamin analysis, enzyme analysis, spectrophotometric analysis, acid base analysis, DNA analysis in fruit, and analysis of phytochemical content in plants. activities of phytochemical content analysis are carried out on a project-based basis.
Student research activities in biochemical laboratories cover a wide range of topics including the exploration of functional plants and their benefits. The implementation of research activities in collaboration with various parties including the Spice and Medicinal Plant Research Center (Balittro), the Primate Study Center (PSSP), PT Biofarma, the Biochemistry Laboratory of the Faculty of Medicine, University of Indonesia, several national parks and nature reserves in Indonesia.
Biochemical research laboratory research topics include biodiversity and conservation of functional plants with study topics including:
- Antioxidant activity in different types of plants
- Endogenous antioxidant analysis in animals try by giving plants a source of antioxidants
- Utilization of plant bark waste as repellent
- Utilization of plant skin waste as bioadsorben
- Analysis of cytotoxicity and anticancer activity of various plants
| Nama Alat | Spesifikasi | Jumlah |
|---|---|---|
| Oven | Memmert (UN 55) | 1 |
| Mikroskop Binokuler | Olympus | 1 |
| Mikroskop Stereo | Fisher Stereomaster | 6 |
| Oven | Cosmos | |
| Blender | Panasonic (MX-J210GN) | 1 |
| Showcase | Polytron | 1 |
| Showcase | Glacio | 1 |
| Chemical storage | Robust/corrosive steel (Tipe CS-C 90) | 1 |
| Emergency shower | Robust | 1 |
| Lemari asam | Robust (FHP-125) | 1 |
| Biological Safety cabibet | NuAire (5434E21S UV Light) | 1 |
| Lemari kaca | Top | 1 |
| Hotplate | Oxone | 1 |
Photo: Analysis of antioxidant activities of Simpor (Dillenia Sufruticosa)
Photo: Cytotoxicity and Anticancer Analysis of Simpor (Dillenia Sufruticosa)
Photo: Analysis of Endogenous Antioxidants in Test Animal Organs
