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NRL Drug Discovery Laboratories are fully equipped and capable of running various animal models with scientists of over 25 years of experience in pre-clinical biology and hands-on experience with conducting over 40 different animal models in-house. At present NRL-Drug Discovery Team is managing the following list of animal models:
| DIABETES & OBESITY |
Glucose Clamp Studies
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in-vivo |
db/db Mouse Model
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Leptin receptor defective mouse model |
ob/ob Mouse Model
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Leptin gene knock-out ob/ob mouse model |
DIO Mouse Model
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Diet-Induced Obesity models in mice and rats |
FF-animal Models
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High-Fructose Fed animal models |
NOD-animal Models
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Type I diabetes model |
Zucker Model
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fa/fa rat and mouse models |
STZ-models
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Streptozotocin-induced beta cell knock-out model |
| RHEUMATOID ARTHRITIS & OSTEOARTHRITIS |
CIA-Mouse and Rat Models
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Collagen-Induced Arthritis model for Arthritis |
AIA-Mouse and Rat Models
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Adjuvant-Induced Arthritis model for Arthritis |
LPS-Mouse and Rat Models
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Lipopolysaccharide-Induced Inflammation model |
| INFLAMMATORY BOWEL DISEASE |
DSS-Mouse and Rat Models
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Dextran Sodium Sulfate Induced models for Colitis |
TNBS-Model
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Tri Benzene Sulphonic Acid models for Crohn's disease |
AAI-Model
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Acetic Acid Induced Inflammatory model |
OIC-Model
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Oxazolone Induced Colitis rat and mouse models |
| CANCER |
MCF-Xenograph Model
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Using human MCF-7 cell line for Breast Cancer |
PC-3 Xenograph Model
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Using human PC-3 cell line for Prostate Cancer |
DU-145 Xenograph Model
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Using DU-145 human cell line for Prostate Cancer |
HT-29 Xenograph Model
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Using HT-29 human cell line for Lung Cancer |
| MULTIPLE SCLEROSIS |
MBP-induced Mouse Model
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Myelin Basic Protein Induced model for MS |
Adoptive Transfer Model
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T-cell Adoptive Transfer model for MS |
PLP-induced Mouse Model
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Proteo Lipid Protein Induced model |
MOG-Murine Models
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Myelin Oligodendrocyte Glycoprotein Induced Models |
MSCH-Murine Models
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Mouse Spinal Chord Homogenate Induced Models |
HSCH-Human Model
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Human Spinal Chord Homogenate Induced Models |
NRL Drug Discovery Team has past experience of successfully conducting more than 20 drugs through different stages of Toxicology Studies. NRL is fully equipped to do in-house toxicology studies in rodents (Chronic and Acute studies). The company has extensive links to other credible organizations for conducting higher species toxicological evaluations.
Besides solid Pre-clinical Biology strength, Toxicology Studies, NRL-Drug Discovery Team is highly experienced in developing drugs from discovery up to Phase II clinical trials world-wide. This includes:
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Designing of Clinical Trials for Phase I and Phase II |
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Liaison with US-FDA and European Drug Agencies |
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Clinical Trial Protocol Design and Approval by Regulatory Agencies |
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Building Highly Specialized Clinical Trial Teams |
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Manufacturing of Products with specifications for Clinical Trials Requirements |
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Filing and Approval of IND Applications |
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Licensing Opportunities with Clinical Data to Major Pharmaceutical Companies |
In the past, our team has put together more than 10 drugs from discovery to Phase I and Phase II trials in last 25 years with all regulatory approvals in Europe and USA. Many such products were licensed to major pharmaceutical companies.
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