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NOV Pipelines
Non-confidential information.
Oct. 2015. Ver.14
Oct. 2015 v.14
Contact Information
2
Mina LeeDirector, Business DevelopmentE-mail)[email protected]) 82-31-920-2772
Young-Whan Park, Ph DSr. Vice President, Business DevelopmentE-mail)[email protected]) 82-31-920-2780
Home page: http:://nov.ncc.re.kr
Oct. 2015 v.14
Non-GLP
GLPFIH IND
Ph 1 Ph 2
NOV pipelines
3
Project ID Description MOA Indication
NOV1201(Licensed Out)
Pan-Herinhibitor
Inhibition of ERBB signaling
Solid tumors(NSCLC
Breast, Gastric)
NOV1105Anti-HGF Antibody
Neutralizing HGFSolid
tumors(GBM, NSCLC)
NOV1204Vascular
Disrupting Agent
Inhibition ofTubulin
polymerization
Solid tumors(CRC
Ovarian ca.)
NOV1301 ALK5 inhibitorInhibition of EMT/
MetastasisMetastatic
tumors
NOV1401PARP 1 inhibitor
Inhibition ofPART 1
Solid tumors(Ovarian ca, Breast ca)
NSCLC 1st
NSCLC 2nd
Breast
Gastric
PO
IV
Oct. 2015 v.14
Index
4
Project ID Page
NOV1105 Anti HGF Antibody on phase 1 for Solid tumors 5
NOV1204 Vascular Disrupting Agent targeting tumor specific vasculature on phase 1 for Solid tumors 10
NOV1301 Anti-ALK 5 (TGF beta Receptor 1) inhibitor on phase 1 for Metastatic tumors 15
NOV1401 PARP 1 selective inhibitor on preclinical stage for Solid tumor with specific biomarkers 24
Oct. 2015 v.14
NOV1105(A2512): Anti-HGF Antibody(1)
• NOV1105 is an anti-hepatocyte growth factor (HGF) antibody, down-regulating its signaling pathway (HGF/c-Met pathway).
It is fully human IgG4 with the binding affinity with 7 pM with good safety and PK profiles. In in vivo studies, it inhibited
tumor growth and increased survival in GMB and soft tissue sarcoma model alone or in combination with other drugs. It is
under development for the treatment of solid tumors at Phase 1 studies (KFDA).
• HGF (Hepatocyte Growth Factor) and its acceptor, cMet, are reported to be excessively found in various human cancer
tissues including the brain, lungs, liver, prostate, colon, breasts and skin, and such excessive discovery highly correlates with
prognosis of the patient and possible spread.
• NOV110501 stops signaling cMet/HGF and shows excellent effects on the GBM (Glioblastoma) and STS (Soft Tissue
Sarcoma) animal models.
5
Target Hepatocyte Growth Factor (HGF)
MOA Inhibition of Hypoxia-induced HGF – cMET signaling by anti-HGF antibody
Dev. Stage Phase 1 (FIH)
Profile Fully human anti-HGF antibody
Efficacy Potent inhibition in in vitro /in vivo model of Glioblastoma and Leiomyosarcoma
Dosing IV
Indication Solid tumors (Leiomyosarcoma, Glioblastoma, NSCLC)
Competition Ficlatuzumab (Phase II)
Oct. 2015 v.14
6
NOV1105(A2512): Anti-HGF Antibody(2)
Oct. 2015 v.14
7
NOV1105(A2512): Anti-HGF Antibody(3)
Oct. 2015 v.14
8
NOV1105(A2512): Anti-HGF Antibody(4)
Oct. 2015 v.14
9
NOV1105(A2512): Anti-HGF Antibody(5)
Clinical Development
2011 2012 2013 2014 201520102009Project ID
NOV1105
Phase 1a (IV)
Title A Phase I Study to Assess the Safety, Tolerability and Pharmacokinetics of YYB101, Hepatocyte Growth Factor (HGF)-Neutralizing Humanized Monoclonal Antibody (Mab), in Advanced Solid Tumors Patients who
are Refractory to Standard Therapy
Dosing Design Every 2 weeks, IV infusion
BioMarker Serum HGF Concentration, Tissue cMET expression
Safety DLTs and MTD
Pharmacokinetics Cmax, Tmax, t1/2, CL, AUC, Accumulation Raito, Vd…
Efficacy Best overall response, Progression-free survival, Disease control rate
IV IND Approval2015.4
Phase 1 a2015.6 ~
Oct. 2015 v.14
NOV1204, Vascular Disrupting Agent (VDA) (1)
10
• NOV1204(CKD-516) is a tubulin inhibitor under development for the treatment of advanced solid tumors at phase 1 (IV and
oral formulation). NOV1204 is a benzophenone derivative and water soluble valine prodrug which binds to tubulin and
prevents its polymerization in tumor blood vessel endothelial and tumor cells (vascular disrupting agent: VDA). It blocks
the formation of the mitotic spindle and leads to cell cycle arrest at the G2/M phase. As a result, this agent disrupts the
tumor vasculature and tumor blood flow, deprives tumor cells of nutrients and induces tumor cell apoptosis.
• In addition, this agent has a direct cytotoxic effect on tumor cells by inhibiting tubulin polymerization. In vivo studies
showed tumor inhibition or even tumor regression, in alone or in combination with good safety and PK profiles.
Target Tubulin polymerization
MOA Vascular disrupting agent
Dev. Stage Phase 1 (IV and PO)
Profile • An orally active potent small molecule inhibitor • Excellent aqueous solubility• Excellent PK w/ good oral bioavailability
Efficacy • Good anticancer effects in various solid tumors including advanced drug-resistant tumors• Suitable for combination therapy
Dosing IV & PO
Indication Solid tumors
Competition BNC105, CA4P, CA1P, (ASA404, AVE8062, ABT-751: recently no development reported)
Oct. 2015 v.14
NOV1204, Vascular Disrupting Agent (VDA) (2)
11
Normal tissue Tumor tissue
Normal vasculature Tumor vasculature
Cell type Mature Endothelial Cell Proliferating Endothelial Cell
Cytoskeleton Actin (microfilament) Tubulin (microtubule)
Morphology
Organized hierarchy
Homogeneous architecture
Mature vessels
Lack of hierarchy
Highly disorganized irregular shape
Immature vessels
Br J Cancer. 2001; 84: 1354–
1362, Blood Perfusion and
Microenvironment of Human
Tumors, 2002.
Mechanism of Action (1)
Oct. 2015 v.14
NOV1204, Vascular Disrupting Agent (VDA) (3)
12
Mechanism of Action (2)
VS.
Oct. 2015 v.14
13
NOV1204, Vascular Disrupting Agent (VDA) (4)
Oct. 2015 v.14
14
NOV1204, Vascular Disrupting Agent (VDA) (5)
Clinical Development
2011 2012 2013 2014 201520102009Project ID
NOV1204IND Approval
2014.8
FIH IND Approval 2009.12
IVPhase 1 a
2010.1~2011.4Phase 1 b
2012.6~2014.10
POPhase 1 a2014.10 ~
Phase 1a (IV) Phase 1b (IV) Phase 1a (PO)
Title Phase I Clinical Trial to Assess the Safety and Pharmacokinetic Profile of CKD-516 in
Patients With Advanced Solid Cancers Failed to Standard Therapy
Phase I Clinical Trial to Assess the Safety and Pharmacokinetic Profile of CKD-516
Inj. Administered on A Twice-Weekly Schedule in Patients With Advanced Solid
Cancers Failed to Standard Therapy
A Phase I Study to Assess the Safety, Tolerability and Pharmacokinetics of
NOV120401 (CKD-516 Tablet) in Patients With Advanced Refractory Solid Tumors
Dosing Design Once a week(2 administration/cycle)
3w/cycle (D1, 8 administration
+ D9~21 withdrawal period)
Twice a week(4 administration/cycle)
3w/cycle(D1,4,8,11 administration +D12~21
withdrawal period)
Daily(5/week)
BioMarker DCE-MRI DCE-MRI, DWI, CEP, Cytokine, Tubulin status
PET-CT, Cytokine,Tubulin status
Safety Completed Completed Going On
Pharmacokinetics
Efficacy
Oct. 2015 v.14
NOV1301 (TEW-7197):ALK5 inhibitor (1)
• NOV130101(TEW-7197) is an ALK5 (TGFβ type I receptor ) antagonist under development for the treatment of solid tumors and
CML. It reduces the signaling of TGFβ increased during cancer by inhibiting its receptor ALK5, directing to normalizing the
tumor microenvironment by modulating the extracellular matrix, angiogenesis and enhancing immune surveillance. In in vivo
studies it reduced metastasis and inhibited tumor growth in breast, melanoma, HCC, GBM, CML model, leading to survival
increase. Having good safety and PK profiles, it is orally administered once a day. It is under the phase 1 FIH under the US
FDA IND approval ( April 2014~).
15
Target TGFβ type I receptor inhibitor
MOA Inhibits EMT and metastasis & activates immune surveillance
Dev. Stage Phase 1 (US)
Profile • An orally active potent small molecule inhibitor • Potent & selective • Good ADME & PK profile
Efficacy • Good efficacy in various in vivo animal models• Suitable for combination therapy
Dosing • PO
Indication Solid tumors (Breast, Melanoma, HCC, GBM) or Hematologic tumor (MM, MDS, CML)
Competition LY2157299 (Phase II)
Oct. 2015 v.14
NOV1301 (TEW-7197):ALK5 inhibitor (2)
16
Mechanism of Action (1)
Oct. 2015 v.14
NOV1301 (TEW-7197):ALK5 inhibitor (3)
17
Mechanism of Action (2)
Oct. 2015 v.14
NOV1301 (TEW-7197):ALK5 inhibitor (4)
18
NOV1301 vs. LY2157299
40
Oct. 2015 v.14
NOV1301 (TEW-7197):ALK5 inhibitor (5)
19
Non-Clinical Development
Oct. 2015 v.14
NOV1301 (TEW-7197):ALK5 inhibitor (6)
20
B16-F1(Melanoma) Syngeneic model
Scoring mammary protein(b-casein) in the lung to measure metastasis (Dose: QD, 3w, dose start @D4)
Non-Clinical Development
Oct. 2015 v.14
NOV1301 (TEW-7197):ALK5 inhibitor (7)
21
Non-Clinical Development
Oct. 2015 v.14
NOV1301 (TEW-7197):ALK5 inhibitor (8)
22
Clinical Development
Oct. 2015 v.14
23
2011 2012 2013 2014 201520102009Project ID
NOV1301
Phase 1a (PO)
Title First-in-Human Dose-Escalation Study of TEW-7197 Monotherapy in Subjects with Advanced Stage Solid Tumors
Dosing Design 5 days followed by 2 days without treatment in 28-day Cycles, PO
BioMarker Exploratory potential biomarkers (pSmad, TGF-β1, periostin)
Safety DLTs and MTD
Pharmacokinetics Cmax, Tmax, t1/2, CL, AUC, Accumulation Raito, Vd…
Efficacy Best overall response, Progression-free survival, Disease control rate
PO
NOV1301 (TEW-7197):ALK5 inhibitor (9)Clinical Development
US IND Approval2014.4
Phase 1 FPI2014.8 ~
Oct. 2015 v.14
NOV1401: PARP 1 inhibitor (1)
24
• NOV1401 is an poly(ADP-ribose) polymerase -1 (PARP-1) inhibitor. PARP is a protein involved in a number of cellular
processes involving mainly DNA repair and programmed cell death. PARP plays a key role in DNA repair by detecting and
initiating repair if a DNA strand breaks.
• NOV1401 selectively binds to and inhibits PARP, inhibiting PARP-mediated repair of single strand DNA breaks. PARP
inhibition enhances the cytotoxicity of DNA-damaging agents and reverses the tumor cell chemoresistance and
radioresistance.
Target Poly (ADP-ribose) polymerase-1 (PARP-1) inhibitor
MOA Inhibition of PARP-mediated repair of single strand DNA
Dev. Stage Non-GLP development
Profile • An orally active potent small molecule inhibitor • Excellent aqueous solubility• Potent & selective • Good ADME & PK profile
Efficacy • Good efficacy in various in vivo animal models• Suitable for combination therapy
Dosing PO
Indication Solid tumors (HGS-OV, Breast, Prostate, Gastric Cancer)
Competition Olaparib (Marketed), Rucaparib (Phase III), Niraparib (Phase III)
Oct. 2015 v.14
Mechanism of Action
25
PARP-1 inhibitor treated to the patients with BRCA mutation makes cytotoxic drugs overcome chemo-resistance.
NOV1401: PARP 1 inhibitor (2)
Oct. 2015 v.14
26
In vitro
Items target/cell linesDATA
NOV140101 Olaparib Rucaparib
Enzyme activity (IC50, nM)
PARP1 2 2 -
PARP2 1 1 -
TNKS-1 >10000 1,664 658
Cellular PAR activity (EC50, nM)
Hela 1 1 3
Cell viability (IC50, nM)
TNBCBRCA1 WT MB-231 >10,000 >10,000 -
mBRCA1HCC-1937 28 835 >1000
OVca
UWB1.289 3 256 358
BRCA1 WT UWB1.289_BRCA1 >10,000 4,000 7,000
HRD Caov3 1 267 109
Pancreatic ca mBRCA2 Capan-1 152 331~453 -
Prostate ca ETV1 fusion LNCaP 15 1000 6000
Gastric ca HRD SNU-638 63 1021 3953
NOV1401: PARP 1 inhibitor (3)
Oct. 2015 v.14
NOV1401: PARP 1 inhibitor (4)
In pancreatic model In prostate model
Capan-1 (BRCA2 null) : S.C Xenograft C4-2B (ETV1 fusion) : S.C Xenograft C4-2B (ETV1 fusion) : Bone Orthotopic
Sub-cutaneous Tumors
Control Olaparib IDX 11970
500
1000
1500
2000
Tu
mo
r W
eig
ht
(mg
)
P<0.01 P<0.01
Control
Olaparib(200mg/kg)
IDX1197 (100mg/kg)
Olaparib 200mg/kg IDH1197 100mg/kgControl
C4-2B INTRA-Tiibia tumors (X-ray images)
Control Olaparib IDX 11970.00
0.01
0.02
0.03
0.04
Ra
dio
luce
nt
Are
a(A
rbitra
ry U
nit) P<0.01 P<0.01
Osteolysis Measurement
In vivo
* NOV1401 (IDX-1197) 27