Company Information

CIN
Status
Date of Incorporation
08 May 2009
State / ROC
Mumbai / ROC Mumbai
Last Balance Sheet
31 March 2023
Last Annual Meeting
30 September 2023
Paid Up Capital
152,000
Authorised Capital
500,000

Directors

Suman Achyut Naik
Suman Achyut Naik
Director
over 16 years ago

Past Directors

Nina Ishigami
Nina Ishigami
Additional Director
about 4 years ago
Deepak Achyut Naik
Deepak Achyut Naik
Additional Director
over 14 years ago
Hisamaro Garugu
Hisamaro Garugu
Director
about 15 years ago

Patents

Sublingual Film Of Salbutamol

The present invention relates to sublingual films of Salbutamol comprising Salbutamol or pharmaceutically acceptable salts thereof and pharmaceutically acceptable excipients with a diffusion flux of 3-80µg/cm2/min through biological mucosal membranes equivalent to human oral mucosa.

Taste Masked Amlodipine Strip Formulation

A taste masked orally dissolving strip formulation of amlodipine or pharmaceutically acceptable salts thereof comprising amlodipine or pharmaceutically acceptable salts thereof, surfactant, taste masking agent, flavoring agent, water soluble polymeric component and at least one pharmaceutically acceptable excipient....

Montelukast Strip Formulation

An orally dissolving strip formulation of montelukast or pharmaceutical^ acceptable salts thereof comprising montelukast or pharmaceutically acceptable salts, water soluble polymeric component and at least one pharmaceutically acceptable excipient

Sublingual Film Of Ketorolac

SUBLINGUAL FILM OF KETOROLAC Abstract The present invention relates to sublingual films of Ketorolac comprising Ketorolac or pharmaceutically acceptable salts thereof and pharmaceutically acceptable excipients with a diffusion flux of 10-110µg/cm2/min through biological mucosal membranes equivalent to human or...

Pharmaceutical Sublingual Film Of Terbutaline

The present invention relates to sublingual films of Terbutaline comprising Terbutaline or pharmaceutically acceptable salts thereof and pharmaceutically acceptable excipients with a diffusion flux of 9-105µg/cm2/min through biological mucosal membranes equivalent to human oral mucosa.