CRL-AIMM

CRL-AIMM- Central Research Laboratory- Adichunchangari institute of Molecular Medicine

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Welcome to AIMS, B.G.Nagara
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ADICHUNCHANAGIRI INSTITUTE FOR MOLECULAR MEDICINE

AIMS –CENTRAL RESEARCH LABORATORY

About institute

Adichunchanagiri Institute for Molecular Medicine (AIMM) functioning along with AIMS – Central Research Laboratory. The research program from 1998 till April 2017 has been mainly centered around dietary antioxidants in prevention of oxidative stress, which is now recognized as a possible etiological factor for many diseases like Cancer, arthritis, cataract, heart ailments, snake bite, malaria, bacterial, fungal infections. It is a matter of pride that, the institute have been funded by National Cancer Institute of National Institute of Health towards developing the Turmeric peptide as a possible cancer preventive biomolecule under RAPID program. It is a matter of very high satisfaction that, our two publications have been cited as the top entities as most read, downloaded and cited among 2000 publications.

In brief, we have discovered very potent antioxidant from Turmeric with a molecular weight of 8 kDa which we have named as “Arishinin”. This discovery is patented at the Chennai patent office for Indian patent and also has been awarded US patent (US 8,389,677B2).

The institute was successful in identifying a death factor released by fuel, cigarette or organic smoke called as SCID (Smoke Condensate Induced Death factor). We have also reported death factors released from snake venom called as PID-15 (Phospholipase Induced Death factor -15). The above two factors appears to be a death signaling peptides. Other than the above, we have purified a 14 kDa protein from Turmeric and also sequenced the above and registered in Swiss Uniprot (Uniprot P85278).

Now, the laboratory is mainly focusing on synthesis and developing new chemical entities/ drug like small molecules in the field of Cancer, Leishmaniasis and Diabetes. The drug discovery involves the identification of lead molecules, screening hits, and optimization of those hits to increase the affinity, selectivity, efficacy/potency, metabolic stability and bioavailability.

With the interest of above said field, we are actively involved in synthesizing heterocyclic compounds to target proteins involved in DNA repair, cancer metastasis etc. Apart from above said disease filed, we are also in thrust of identifying small molecules and biomarkers for the cardiovascular diseases and diabetes.

DETAILS OF STAFF

Sl No.NAME & DESIGNATIONQUALIFICATION
1Dr. SHOBITH RANGAPPA (DIRECTOR)M.Sc. Ph.D.
2Ms. PARIMALA HANUMESH (SCIENTIFIC OFFICER)MS CHEMISTRY
3Dr. DINESHA R (SCIENTIFIC OFFICER)M.Sc. Ph.D.
4Dr. THAMMANNAGOWDA SS (SCIENTIFIC OFFICER)M.Sc. Ph.D.
5Dr. ANANDA H (SCIENTIFIC OFFICER)M.Sc. Ph.D.
6Dr. SUDHANVA MS (SCIENTIFIC OFFICER)M.Sc. Ph.D.

Ongoing Research activities:

3 months work plan

Local cancer survey had begun to find out the major predominant cancer types.

Compound libraries are screened using Molecular modelling to find out a lead molecule targeting cell cycle regulatory proteins and proteins involved in cell migration.

Collaborations with Prof K. S. Rangappa and Dr.Peter J Houghton we are synthesising novel small molecules mainly Thiazolidinones based compounds which targets cell cycle regulatory proteins and proteins involved in cell migration.

We synthesised nearly 50 Novel molecules and they are ready for NMR and Mass detection and after complete purification of the regioselective molecules screening process will begins using cell based assays.

Future work plan

After the complete purification of compounds, screening process will begin using primary cancer cell lines mainly apoptotic assays, cell survival assays and cell cycle analysis to find out most potent molecule.

Once the potent molecule is indentified further cell based assays like cell migration assay, Proliferation assay, and Mitochondrial membrane potential assays will be carried.

Later toxicity studies will begins to find out the toxic effect of synthesised molecules on mammalian cells using mice models.

In future, planning to establish gene expression studies to find out aberrant expression of genes in cancer cell and to find out a novel biomarker for detection of lung and cervical cancer.

MAJOR EQUIPMENTS
Autoclave
Bacterial incubators
Bench Top Centrifuge
Biosafety cabinet (class II Type A2)
BOD incubator
Chemi Doc Imaging System
CO2 Incubator (Air Jacketed)
Deep freezers
DIGI 200 Digital power supply with digital timer
Dry water bath
ECOBLOT mini electro blotting wet transfer systems-Mini
ECODNA systems- Horizontal gel Electrophoresis systems
ECOSDS mini dual systems Gel size 2
Electronic Weighing Balance
Fluorescent Inverted Microscope (All accessories)
Fume Hood
High throughput screening facility
HPLC
HVAC Systems installation
Lab Refrigerator (upright)
Micro centrifuge- 6000rpm
Micro plate Reader
Orbital shaker and incubator
Pharmaceutical Refrigerator (deli fridge)
Refrigerated centrifuge (floor model and bench model)
Refrigerated shaking incubator
Roller drum yeast culture tube rotator
Rotary evaporator
RT – PCR
Sonicator Probe Type
Speed Vaccuum concentrator
TABLETOP Micro centrifuge- 6000rpm
Thermal Cycler (PCR)
Vertical Electrophoresis Unit with Power pack
Water bath
Water Purification System
Western blotting semi-dry Transfer System