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Country	kind	publication No.	Filing Date	Type	Sub-Type
JP	B2	JP7007274	Dec 29, 2016	Patent	Grant
Type : Patent Sub-Type : Grant
PUBLISHED GRANTED PATENT (SECOND LEVEL)		耐溶け落ち性を有する多機能表面材		Jan 24, 2022
AU	B2	AU2016380284	Dec 29, 2016	Patent	Grant
Type : Patent Sub-Type : Grant
PATENT PROCEEDED BY OPI		Multifunctional surfacing material with burn-through resistance		Oct 28, 2021
KR	A	KR20180100348	Dec 29, 2016	Patent	Application
Type : Patent Sub-Type : Application
UNEXAMINED PATENT APPLICATION		용락 저항성이 있는 다기능성 표면 재료		Sep 10, 2018
WO	A1	WO2017117383	Dec 29, 2016	Patent	Application
Type : Patent Sub-Type : Application
INTERNATIONAL APPLICATION PUBLISHED WITH INTERNATIONAL SEARCH REPORT		MULTIFUNCTIONAL SURFACING MATERIAL WITH BURN-THROUGH RESISTANCE		Jul 06, 2017
CA	A1	CA3010201	Dec 29, 2016	Patent	Application
Type : Patent Sub-Type : Application
APPLICATION LAID OPEN		MULTIFUNCTIONAL SURFACING MATERIAL WITH BURN-THROUGH RESISTANCE		Jul 06, 2017
CN	B	CN108430874	Dec 29, 2016	Patent	Grant
Type : Patent Sub-Type : Grant
GRANTED PATENT FOR INVENTION		Multifunctional surface material with burn-through resistance		Feb 18, 2022
BR	B1	BR112018013479	Dec 29, 2016	Patent	Grant
Type : Patent Sub-Type : Grant
GRANTED PATENT / GRANTED PIPELINE PATENT		MATERIAL DE REVESTIMENTO MULTIFUNCIONAL, ESTRUTURA COMPÓSITA, E, MÉTODO PARA FORMAR UMA ESTRUTURA COMPÓSITA		Mar 07, 2023
EP	B1	EP3397556	Dec 29, 2016	Patent	Grant
Type : Patent Sub-Type : Grant
Patent		MULTIFUNCTIONAL SURFACING MATERIAL WITH BURN-THROUGH RESISTANCE		Aug 10, 2022
US	B2	US11108220	Dec 29, 2016	Patent	Grant
Type : Patent Sub-Type : Grant
GRANTED PATENT AS SECOND PUBLICATION		Multifunctional surfacing material with burn-through resistance		Aug 31, 2021
JP	B2	JP7100010	Dec 26, 2019	Patent	Grant
Type : Patent Sub-Type : Grant
PUBLISHED GRANTED PATENT (SECOND LEVEL)		耐溶け落ち性を有する多機能表面材		Jul 12, 2022

• 15 United States
• 10 France
• 8 Japan
• 7 China
• 5 Korea
• 2 Other

Patent Owner(s)

Patent Owner	Address
CYTEC INDUSTRIES INC	504 CARNEGIE CENTER PRINCETON NJ 08540

International Classification(s)

• C08G:MACROMOLECULAR COMPOUNDS OBTAINED OTHERWISE THAN B....
• B64D:EQUIPMENT FOR FITTING IN OR TO AIRCRAFT; FLYING SU....
• H02G:INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF CO....
• B32B:LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA....

• 2021 Application Filing Year
• C08G Class
• 2313 Applications Filed
• 680 Patents Issued To-Date
• 29.40 % Issued To-Date

Inventor(s)

Inventor Name	Address	# of filed Patents	Total Citations
KOHLI, Dalip Kumar	Churchville, US	21	145
# of filed Patents : 21 Total Citations : 145
LENZI, Fiorenzo	Vitulazio, IT	15	94
# of filed Patents : 15 Total Citations : 94
MACADAMS, Leonard	Woolwich Township, US	11	46
# of filed Patents : 11 Total Citations : 46
MEEGAN, Jonathan Edward	Chester, GB	7	17
# of filed Patents : 7 Total Citations : 17
SANG, Junjie Jeffrey	Newark, US	22	125
# of filed Patents : 22 Total Citations : 125
ZHAO, Yiqiang	Newark, US	12	37
# of filed Patents : 12 Total Citations : 37

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• C08G Class

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Maintenance Fees

Fee	Large entity fee	small entity fee	micro entity fee	due date
3.5 Year Payment	$1600.00	$800.00	$400.00	Sep 30, 2025
7.5 Year Payment	$3600.00	$1800.00	$900.00	Sep 30, 2029
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Surcharge - 3.5 year - Late payment within 6 months	$160.00	$80.00	$40.00
Surcharge - 7.5 year - Late payment within 6 months	$160.00	$80.00	$40.00
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Surcharge after expiration - Late payment is unavoidable	$700.00	$350.00	$175.00
Surcharge after expiration - Late payment is unintentional	$1,640.00	$820.00	$410.00

Full Text

US Patent Application No: 2017/0191,137

Method For Predicting Effectiveness Of Angiogenesis Inhibitor

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Abstract

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The purpose of the present invention is to provide a method for predicting the effectiveness of an angiogenesis inhibitor in a subject suffering from a tumor. Provided is a method comprising a step of testing for the presence or absence of an a mutation or loss of expression of B-Raf and PTEN in a sample of tumor tissue from the subject. By using the presence or absence of or a mutation or loss of expression of B-Raf and PTEN as an indicator, this method enables the antitumor effectiveness of the angiogenesis inhibitor to be predicted without administering the angiogenesis inhibitor to the subject.

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Description

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