HYDROX

Mark For: HYDROX® trademark registration is intended to cover the categories of chemical reagents, namely, water-swollen networks of polymers for non-medical use in biochemistry, molecular biology, scientific research and drug screening; Chemical reagents, namely, amphiphilic block polymers composed of poly(L-lactic acid) (PLLA) and poly(sarcosine) (PS) for non-medical use in biochemistry, molecular biology, scientific research and drug screening; Cell culture substrate for non-medical use in biochemistry, molecular biology, scientific research and drug screening. [all]

Status

2020-02-13 UTC
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LIVE APPLICATION Under Examination

Research	OneLook Acronym Finder
Serial Number	88592237
Registration Number	6259102
Mark Literal Elements	HYDROX
Mark Drawing Type	4 - STANDARD CHARACTER MARK
Mark Type	TRADEMARK
Register	PRINCIPAL
Current Location	TMO LAW OFFICE 125 - EXAMINING ATTORNEY ASSIGNED 2020-02-02
Basis	1(b) 44(d)
Class Status	ACTIVE
Primary US Classes	001: Raw or Partly Prepared Materials 005: Adhesives 006: Chemicals and Chemical Compositions 010: Fertilizers 026: Measuring and Scientific Appliances 046: Foods and Ingredients of Foods
Primary International Class	001 - Primary Class (Chemicals) Chemicals used in industry, science and photography, as well as in agriculture, horticulture and forestry; unprocessed artificial resins, unprocessed plastics; manures; fire extinguishing compositions; tempering and soldering preparations; chemical substances for preserving foodstuffs; tanning substances; adhesives used in industry.
Filed Use	No
Current Use	No
Intent To Use	Yes
Filed ITU	Yes
44D Filed	Yes
44E Current	No
66A Current	No
Current Basis	No
No Basis	No
Attorney Name	Tomoko Nakajima
Attorney Docket Number	1001-0254
Law Office Assigned	N70
Employee Name	INGRAM, KYLE G

Timeline

IC 001. US 001 005 006 010 026 046. G & S: Chemical reagents, namely, water-swollen networks of polymers for non-medical use in biochemistry, molecular biology, scientific research and drug screening; Chemical reagents, namely, amphiphilic block polymers composed of poly(L-lactic acid) (PLLA) and poly(sarcosine) (PS) for non-medical use in biochemistry, molecular biology, scientific research and drug screening; Cell culture substrate for non-medical use in biochemistry, molecular biology, scientific research and drug screening