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Rongene Pharma Co., Ltd Mar. 2012

Rongene Pharma introduction

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Rongene Pharma is a global pharmaceutical firm launching the innovative drugdiscovery platform. Our platform assists our clients with customizedlead compounds and preclinical drug candidates. Our clients includepharmaceutical, biotech companies, research institutes, universities,and governmental organizations etc. Rongene also provides acomprehensive portfolio of services in early stage drug discovery anddevelopment in an efficient and cost-effective manner.http://www.rongene.com

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Page 1: Rongene Pharma introduction

Rongene Pharma Co., Ltd

Mar. 2012

Page 2: Rongene Pharma introduction

Outline

Page 3: Rongene Pharma introduction

Clinical

Trial

About Rongene

Target

Analysis

Library

Screening

Lead

Optimization Preclinical

Evaluation

Hit to

Lead

Page 4: Rongene Pharma introduction

Marketing Position

Rongene Pharma

Pharma &

Biotech.

Research

Institutes

Leads

In Vivo In Vitro

Computer-aided Drug Design

Page 5: Rongene Pharma introduction
Page 6: Rongene Pharma introduction

Complex & Innovative Drug Design

1000+ Cores

PKKB TCM

Page 7: Rongene Pharma introduction

Lead Selection Factors

Target potency Integrity of compounds

Target selectivity (Kinase panel) Chemical tractability

Human liver enzyme inhibition Mechanism of action

Toxicity in human liver cells Biophysical assay

Permeability in intestine cells IP assessment

Mutagenesis potential Drug-like properties

Cardiac liability Zebrafish models

Page 8: Rongene Pharma introduction

Half life Clearance

Volume of distribution

Metabolism

Prediction models for

ADMET properties

Bioavailability

Toxicity Carcinogenicity

Mutagenicity

Others

Caco-2 permeability

MDCK permeability

Intestinal absorption

Blood-brain partitioning

Transporters (P-gp)

Permeability

Molecular

Properties

pKa

logP and logD

Solubility

Page 9: Rongene Pharma introduction

Lead Optimization

Physiochemical Properties Pharmacology Metabolism

Molecular weight Administration Metabolism

logP (experiment) Pharmacology Half-time

logP (predicted, AB/logP) Status CYP450 metabolite profile

pka (experiment) Absorption drug-drug interaction

logD (pH=7, predicted) Intestinal absorption Excretion

Solubility (experiment) Absorption (description) Excretion

logS (predicted, ACD/Labs)(pH=7) Caco-2 permeability Urinary excretion

logSw (predicted, AB/LogSw 2.0) Human bioavailability Clearance

Sw(mg/ml) (predicted, ACD/Labs) Distribution Toxicity

Sw(predicted) Plasma protein binding Description of toxicity

Number of hydrogen bond donors Volume of distribution (Vd) LD50 (rat)

Number of hydrogen bond acceptors blood-brain-barrier permeability LD50 (mouse)

Number of rotatable bonds Transporter protein binding (P-gp) genotoxicity

TPSA Area under the curve (AUC) aquatic toxicity

Page 10: Rongene Pharma introduction

药物开发技术路线图

Page 11: Rongene Pharma introduction

Key Distinctions

Efficient Zebrafish

Key Distinctions

Precise Drug Design

Assay Screening

Page 12: Rongene Pharma introduction

Outline

Page 13: Rongene Pharma introduction

34 compounds Evaluation

Hit to Lead

1,040,000 compounds

Virtual Screening

193 compounds Bioassay

8 hits

Optimize

4 leads

Case I: ROCK-based drug design & Screening

Page 14: Rongene Pharma introduction

Case I :ROCK-based drug design & Screening

LD50 > 2000 mg/kg

IC50 = 13.7 mM

TH-004

Page 15: Rongene Pharma introduction

Case I: ROCK-based drug design & Screening

EC50 (mM)

Fasu

dil

Page 16: Rongene Pharma introduction

Control

10μM TH-004

for 24 H

1 μM Lipitor

for 24 hours

TH-004

Page 17: Rongene Pharma introduction

Case II Camptothecin Derivatives

Page 18: Rongene Pharma introduction

Case II CPT derivatives

In Vitro MTT Assay

Page 19: Rongene Pharma introduction

Case II In Vivo Xenograft

-- Lung Tumor

Figure 4

In Vivo xenograft vs Lung Tumor

Fig 7. Growth inhibitory effect of topotecan derivatives on NCI-H460 human lung cancer nude mice xenograft model

0

500

1000

1500

2000

2500

3000

0.5 1 1.5 2 2.5 3 3.5 4

Weeks

Tu

mo

r v

olu

me(

mm3)

Model

Topotecan 2mg/kg

Compound I 0.3125mg/kg

Compound II 2.5mg/kg

Compound III 0.78125mg/kg

Page 20: Rongene Pharma introduction

Protein-protein docking & Free energy calculation design flow

Case III:Structure-Based Design of Peptides against G3BP

Page 21: Rongene Pharma introduction

Case III :Structure-Based Design of Peptides against G3BP

The sequences and biological assays for three peptides and cis-platin

Page 22: Rongene Pharma introduction

Case III :Structure-Based Design of Peptides against G3BP

JCIM 50th celebration cover

In preclinical anticancer evaluation

Page 23: Rongene Pharma introduction

Pipelines

TH-004 (Cerebral hemorrhage)

ML-019 (Anti-angiogenesis)

MYSL-003 (Anti-atherosclerosis)

HY-001 (Anticancer)

TH-007 (Anticancer)

HY-029 (Cerebral hemorrhage)

Clinical

Trial

Target

Analysis

Library

Screening

Lead

Optimization Hit to

Lead

Preclinical

Evaluation

Page 24: Rongene Pharma introduction

Software copyright 1

Patents 5

Publications 160+

Page 25: Rongene Pharma introduction

Contact

Rongene Pharma Co., Ltd

Email: [email protected]

Phone: 86-512-6588 2039

Cell: 86-137 2522 8971

Web: www.rongene.com

8, Dongfu Rd, Suzhou Industrial Park,

Suzhou, Jiangsu, China 215123