Personal Information
Beruf
Associate Professor Pharmacology
Branche
Education
Tags
macrolides
chloramphenicol
fluoroquinolones
mechanism of action
hallucinogens
and testes.
ovaries
pancreas
thyroid gland
adrenal glands
pitutory glans
growth hormone
steroids
amino acid hormones
endocrine system
addiction
drugs abuse
cns stimulents
anesthetic classifications
action potential
local anesthetics
myasthenia gravis
skeletal muscle relaxants
peripherally acting
saddle
gliding
pivot
condyloid
hinge
skeletal system
joints
quinolones
dna gyrase inhibitors
enzyme-linked receptors
g-protein linked receptors
ion channels
metabotropic
inotropic
receptor classification
receptors
anticonvulsants
anti-epileptic drugs
body cavities
body plans
basic anatomical terminology
basic life process
homeostatic mechanism
scope
anatomy and physiology
anti-alzheimers drug
anti-anxity drugs
blood clotting
blood grouping
hematopoietic system-human blood
neurtransmeter
neuron
details about various routes for drug administrati
routes of drug adminstration factors for the choi
troduction to pharmacology defination scope histor
endogenous agonist super agonist full agonist part
agonists and antagonists ligands types of agonist
eries: efferent vessels capillaries: veins: affere
actinomycin
amphotericine b. 4. inhibitors of nucleic acid
nystatin
lincosamide 3. inhibitors of bacterial cell memb
tertacycline
cycloserine 2. inhibitors of protien synthesis:
bacitaeacin
cephalosporine
alexander fleming microbes make antibiotics e
other inflammatory bowel disease sulfasalaz
enteritis
gi infections (2) intestinal infections ulc
respiratory infections
1.systemic infections cerebral meningitis tympani
pharmacokinetics clinical uses
long acting (> 12 hrs) sulphadoxine - sulphameth
penetrates bbb- meningitis acetylated product is
systemic use i.short acting (4-8hrs) sulpha me
and some protozoa. sulphonamides (members)
chlamydia trachomatis
nocardia actinomyces
shigella others: bacillus anthracis
escherichia coli
gonococcus
g+ bacteria: group a streptococcus pyogenes str
broad-spectrum
trimethoprim (cotrimoxazole) as antibacterial pyri
the development of chemotherapy
tetracyclines
sulphonamides
quinolones (gaba antagonists)
molecular basis of chemotherapy
mechanisms of action of antibacterial drugs
drugs that inhibit nucleic acid synthesis nucleosi
biochemical reaction as potent targets
basic principles of chemotherapy
antiviral drugs
antimicrobial drugs
antibacterials – competitive inhibitors
aminoglycosides
gatifloxacin
lomefloxacin and pefloxacin
enoxacin
ofloxacin
levofloxacin
ciprofloxacin
norfloxacin
generations
topoisomerases
bactericidal
adverse effects
clinical uses
pharmacokinetics
mechanisms of resistance
classifications
antimicrobial activity
its structure
na gyrase inhibitors -quinolones
β -lactam antibiotics
classification
cephalosporins and development
human heart covering layers and wall
human heart conduction system
human heart basic functions
human heart anatomy and physiology
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Personal Information
Beruf
Associate Professor Pharmacology
Branche
Education
Tags
macrolides
chloramphenicol
fluoroquinolones
mechanism of action
hallucinogens
and testes.
ovaries
pancreas
thyroid gland
adrenal glands
pitutory glans
growth hormone
steroids
amino acid hormones
endocrine system
addiction
drugs abuse
cns stimulents
anesthetic classifications
action potential
local anesthetics
myasthenia gravis
skeletal muscle relaxants
peripherally acting
saddle
gliding
pivot
condyloid
hinge
skeletal system
joints
quinolones
dna gyrase inhibitors
enzyme-linked receptors
g-protein linked receptors
ion channels
metabotropic
inotropic
receptor classification
receptors
anticonvulsants
anti-epileptic drugs
body cavities
body plans
basic anatomical terminology
basic life process
homeostatic mechanism
scope
anatomy and physiology
anti-alzheimers drug
anti-anxity drugs
blood clotting
blood grouping
hematopoietic system-human blood
neurtransmeter
neuron
details about various routes for drug administrati
routes of drug adminstration factors for the choi
troduction to pharmacology defination scope histor
endogenous agonist super agonist full agonist part
agonists and antagonists ligands types of agonist
eries: efferent vessels capillaries: veins: affere
actinomycin
amphotericine b. 4. inhibitors of nucleic acid
nystatin
lincosamide 3. inhibitors of bacterial cell memb
tertacycline
cycloserine 2. inhibitors of protien synthesis:
bacitaeacin
cephalosporine
alexander fleming microbes make antibiotics e
other inflammatory bowel disease sulfasalaz
enteritis
gi infections (2) intestinal infections ulc
respiratory infections
1.systemic infections cerebral meningitis tympani
pharmacokinetics clinical uses
long acting (> 12 hrs) sulphadoxine - sulphameth
penetrates bbb- meningitis acetylated product is
systemic use i.short acting (4-8hrs) sulpha me
and some protozoa. sulphonamides (members)
chlamydia trachomatis
nocardia actinomyces
shigella others: bacillus anthracis
escherichia coli
gonococcus
g+ bacteria: group a streptococcus pyogenes str
broad-spectrum
trimethoprim (cotrimoxazole) as antibacterial pyri
the development of chemotherapy
tetracyclines
sulphonamides
quinolones (gaba antagonists)
molecular basis of chemotherapy
mechanisms of action of antibacterial drugs
drugs that inhibit nucleic acid synthesis nucleosi
biochemical reaction as potent targets
basic principles of chemotherapy
antiviral drugs
antimicrobial drugs
antibacterials – competitive inhibitors
aminoglycosides
gatifloxacin
lomefloxacin and pefloxacin
enoxacin
ofloxacin
levofloxacin
ciprofloxacin
norfloxacin
generations
topoisomerases
bactericidal
adverse effects
clinical uses
pharmacokinetics
mechanisms of resistance
classifications
antimicrobial activity
its structure
na gyrase inhibitors -quinolones
β -lactam antibiotics
classification
cephalosporins and development
human heart covering layers and wall
human heart conduction system
human heart basic functions
human heart anatomy and physiology
Mehr anzeigen