Conopeptides and methods of use

File
Date Issued
2004-09
Note

PATENT STATUS: Pending. Disclosed are methods and compositions for modulations of ion levels in cells. The compositions contain a new class of biologically active peptides derived from the venom of predatory marine snails of the species Conus gladiator and Conus mus. The active peptides, termed y-Hydroxyconophans are heavily hydroxylated small peptides. These peptides contain a definitive structural motif which is a double modification of the polypeptide chain in contiguous residues, i.e., y-OH-Hyv-D-Trp.

Language
Type
Genre
Extent
33p.
Identifier
15821
Additional Information
PATENT STATUS: Pending. Disclosed are methods and compositions for modulations of ion levels in cells. The compositions contain a new class of biologically active peptides derived from the venom of predatory marine snails of the species Conus gladiator and Conus mus. The active peptides, termed y-Hydroxyconophans are heavily hydroxylated small peptides. These peptides contain a definitive structural motif which is a double modification of the polypeptide chain in contiguous residues, i.e., y-OH-Hyv-D-Trp.
Date Backup
2004-09
Date Text
2004-09
Date Issued (EDTF)
2004-09
Extension


FAU
FAU
admin_unit="FAU01", ingest_id="dep129431_ing1531", creator="creator:CTHOMAS", creation_date="2007-07-19 13:33:32", modified_by="super:FAUDIG", modification_date="2014-02-25 11:11:56"

IID
FADT15821
Organizations
Person Preferred Name

Mari, Frank

creator

Physical Description

PDF
33p.
Title Plain
Conopeptides and methods of use
Origin Information

2004-09
Title
Conopeptides and methods of use
Other Title Info

Conopeptides and methods of use