Cheminformatic Tools and Databases for Pharmacology

session 79051 - Total of 2 hits - Display   hits per page:

Add another drug(s) by one keyword:
Exemple: “nib“ and click on the Search button (do not press Enter on the keyboard)

1 INNClassRoute (list)PK parameters= Cmax; Tmax; F: bioavailability; t1/2: half-life; VD: volume of distribution; Cl: clearance; PPB: plasma protein binding;(EQN means that the equation t1/2 = VD / Cl * 0.693 was usedPrimary Target and PDB code of Protein-Drug complexTargets from DrugCentral Links
CARBIDOPA (is an active metabolite)

CARBIDOPA

NERVOUS SYSTEM
ENZYME INHIBITOR (DECARBOXYLASE)
ANTIDYSKINETICS
ANTIPARKINSON AGENTS

ORAL ENTERAL

Cmax 995 NANOMOLAR

Tmax 2.95 HOUR

F 99 PERCENT

PPB 36 PERCENT

HT 1.8 HOUR

SOLUBILITY SLIGHTLY SOLUBLE IN WATER

AROMATIC-L-AMINO-ACID DECARBOXYLASE (AADC)

PDB 1JS3 (CRYSTAL STRUCTURE OF DOPA DECARBOXYLASE IN COMPLEX WITH THE INHIBITOR CARBIDOPA)

LIGAND CODE = 142 (link to the list of PDB complexes)

Download experimental 3D coordinates of 142 with added hydrogens

Aromatic-L-amino-acid decarboxylase UNIPROT P20711 DDC

more at DrugCentral

EMA

ANSM (in French)

Inxight Drugs
Dailymed
Drugs.com

VigiAccess
SIDER side effects

Chemical Probes Portal

ChEMBL
BindingDB
DrugBank

2 INNClassRoute (list)PK parameters= Cmax; Tmax; F: bioavailability; t1/2: half-life; VD: volume of distribution; Cl: clearance; PPB: plasma protein binding;(EQN means that the equation t1/2 = VD / Cl * 0.693 was usedPrimary Target and PDB code of Protein-Drug complexTargets from DrugCentral Links
FOSCARBIDOPA (has an active metabolite)

FOSCARBIDOPA

NERVOUS SYSTEM
TREATMENT OF MOTOR FLUCTUATIONS IN ADULTS WITH ADVANCED PARKINSON DISEASE
MAKES MORE LEVODOPA AVAILABLE TO THE BRAIN

SUBCUTANEOUS

PPB 25 PERCENT

SOLUBILITY FREELY SOLUBLE IN WATER

ALKALINE PHOSPHATASE

-

more at DrugCentral

EMA

ANSM (in French)

Inxight Drugs
Dailymed
Drugs.com

VigiAccess
SIDER side effects

Chemical Probes Portal

ChEMBL
BindingDB
DrugBank



Copyright © 2019 Université Côte d'Azur CNRS - All rights reserved
  | Contact |