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Tags
mechanism of action
sar
classification
introduction
penicillins
by p.ravisankar.
instrumentation and detection
column operation
history
side effects
uses
12 ways to reduce your cancer risk
prulifloxacin
sparfloxacin
gatifloxacin
levofloxacin
sar of penicillins
iii
ii
mechanisms
betalactamase inhibitors
antibiotics
analytical method validation
vitamin k
types
how gc mechine works? column
applications and advantages of gc
theory
advanced study of the following and their applicat
principle of separation in gc
gasschromatography
functions
physiological importance
instrumentation
applications.
uses.
aminoglycosides
therapeutic uses
toxicity and uses.
tetracyclines
synthesis
chemistry
chloramphenicol
streptomycin structure
kanamycin
clindamycin
neomycin
classification of aminoglycosi
advantages of cephalosporins
why cephalosprorins
6-apa and 7-aca
degradation of cephalosporins
oximinocephalosporins
classification of cephalospori
mechanism of cephalosporins
sar of cephalosporins
cephalosporins
cancer
top anti-cancer vegetables
definition introduction classification historical
number of all new cancer cases in world
best ways of reducing cancer
cancer prevention efforts
cancer control plans
side effects of penicillins.
toxicity of penicillins
therapeutic uses of penicillins
mechanism of penicillins
medical classification of penicillins
synthesis of ampicillin and amoxycillin
reactions: hydrolysis of penicillins by hot and co
degradation reactions of penicillins
penicillins nomenclature
important structures of penicillins
biological sources of penicillins
mechanism of antibacterial action
classification of antibiotics
early and modern history
bacterial cell and drug targets
characteristics of an antibiotic
antibiotics definition
side effects- medicinal chemistry.
antibiotics - penicillin's - power point - history
separation and quatitative determination
moxifloxaxin and balofloxacin
balofloxacin
moxifloxacin
antibacterial agents act on five main targets-cell
the cell wall
the plasma membrane
protein synthesis
and nucleic acid function
olmesartan
telmisartan
valsartan
losartán
hydrochlorothiazide
current good manufacturing practice
gmp
concepts of tqm
tqm
cgmp
federal regulations
importance of gmp
total quality management
beta lactam antibiotics
structures of penicillins
uses of penicillins
chemistry of penicillins
advantages and disadvantages of penicillins
mechanism of action of penicillins
sar of tertracyclines
tetracyclines- medicinal chemistry
tettracyclines uses
chemistry of tetracyclines
vitamin e
vitamin d
vitamin a
electrophysiology of the heart arrhythmia: defini
iv guide to treat some types of arrhythmia
types drugs :class i
mechanism of action of acetazolamide
introduction to diuretics
mechanism of action of loop diuretics
normal physiology of urine formation
mechanism of action of thiazides
mechanism of action of potassium sparing diuretics
therapeutic approaches
classification of drugs
electrophysiology of the heart
iv
arrhythmia: definition
drugs :class i
uses of penicillins.
antibiotics classification
semisynthetic penicillins
classification of penicillins
derivatization in high pressure liquid chromatogra
derivatization in high performance liquid chromato
derivatization in gc
derivatization in hplc
derivatization in gas chromatography
rifampicin source
uses how t.b is treated?
structures
rifamycins
by p.ravisankar
radio immuno assay(ria)
liquid chromatography–mass spectrometry
(lc-ms)
gas chromatography and mass spectrometry
(gc-ms)
detectors used in gas chromatography
and hplc
pharmaceutical analysis
applications of gas chromatography(gc)
anti-tb and anti leprotic drugs [medicinal chemist
anti- cancer drugs(anti-neoplastic drugs)
drugs
angiogenesis
largest tumor ever removed
alkylating agents
what is cancer?
vinka alkaloids
non-malignent tumor(benign tumor)
mechanism of actions
best ways to reducing cancer.
malignent tumor
tumour growth kinitics
anti metabolites
treatment of cancer
causes of cancer
classification of anti-cancer agents
doubling tume
what is gas chromatography?
summary.
sources of vitamin k
structures of vitamin k1 and k2
durg interactions
recommended dietary intake
role of vitamin k
blood coagulation
[medicinal chemistry] by p.ravisankar
vitamin k deficiency
ace inhibitors
hypertension
tips to stop silent killer.
causes of hypertension
arb
diuretics(water pills)
anti hypertensive agents [medicinal chemistry] by
physiologicalrole/importance
vitamin d functions
recommended dietary allowance
adverse/toxic effects
d5
structures of vitamin d1
vitamin d deficiency(rickets)
d4
vitmin d sources
d3
uses of vitamin d
d2
vitamin d[ sunshine vitamin] medicinal chemistry b
vitamin d deficiancy occurs in
chemistry of vitamin d
applications of gc
applications of gas chromatography by p.ravisankar
applications
hpcpc[high performance centrifugal partition chrom
what is hpcpc? classification of counter current c
detectors. by. p.ravisankar.
detectors.
vitamin b1 [thiamine] medicinal chemistry by p. ra
structures and chemistry of vitamin b1
synthesis of vitamin b1
rda
sources of vitamin b1
hystory of vitamin b1
deficiency of vitamin b1.
oxidation of thiamine to thiocrome
physiological importance(role) of vitamin b1
uses of riboflavin.
reactions
synthesis of riboflavin
vitaminb2[riboflavin] medicinal chemistry
chemistry of vitamin b2
vitamin b2 deficiency symptoms
by p.ravisankar [sources of vitamin b2
pharmacological aspects of vitamin b12.
vitamin b12[cynacobalamin][cobalamin]
uses of vitamin b12
sources ofvitamin b12
vitamin b12 deficiency symptoms
vitamin b6 uses.
vitamin b6
physiogical importance
pyridoxine antagonists
synthesis of pyridoxaland pyridoxamine
metabolism
vitamin e preparations
side effects/adverse effects
physiological role ro importance
uses of vitamin e
recommended daily intake
vitamin e (medicinal chemistry) by p.ravi sankar.
structures of tocopherols
dietary sources ans supplements
chemistry of vitamin e
chemistry of vitamin a
fat soluble vitamins (vitamin a) medicinal chemist
tretinoin and isotretinoin
physiological role of vitamin-a
differencebetween fat and water soluble vitamins
slurces of vitamin a
ion sources
mass spectrometry(mass-spec) -2013 - p.ravisankar-
mass analyzers
basic principle
sulbactam -betalactamase inhibitor
definition
tetracyclines- medicinal chemistry
refampicin structure
source
dihydrostreptomycin and its importance
structures of streptomycin
aminocyclitols
dihydrostreptomycin
toxicity.
acid hydrolysis
a mention of other aminoglycoside antibiotics
chelation with metals
epimerisation
biological sources
sturctures
amphoteric nature
important structural units and the three acidity
spectrum of activity
cephalosporins- history
(medicinal chemistry
pharmaceutical chemistry.
mechasism of actions
synthesis and uses
anti-neoplastic agents-history
nomenclature
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(3)RIFAMPICIN [MEDICINAL CHEMISTRY] BY P.RAVISANKAR.
Dr. Ravi Sankar
•
Vor 10 Jahren
APPLICATIONS OF GAS CHROMATOGRAPHY [APPLICATIONS OF GC] BY Prof. Dr. P.RAVISANKAR.
Dr. Ravi Sankar
•
Vor 10 Jahren
Personal Information
Unternehmen/Arbeitsplatz
Guntur India
Beruf
PROF
Branche
Education
Tags
mechanism of action
sar
classification
introduction
penicillins
by p.ravisankar.
instrumentation and detection
column operation
history
side effects
uses
12 ways to reduce your cancer risk
prulifloxacin
sparfloxacin
gatifloxacin
levofloxacin
sar of penicillins
iii
ii
mechanisms
betalactamase inhibitors
antibiotics
analytical method validation
vitamin k
types
how gc mechine works? column
applications and advantages of gc
theory
advanced study of the following and their applicat
principle of separation in gc
gasschromatography
functions
physiological importance
instrumentation
applications.
uses.
aminoglycosides
therapeutic uses
toxicity and uses.
tetracyclines
synthesis
chemistry
chloramphenicol
streptomycin structure
kanamycin
clindamycin
neomycin
classification of aminoglycosi
advantages of cephalosporins
why cephalosprorins
6-apa and 7-aca
degradation of cephalosporins
oximinocephalosporins
classification of cephalospori
mechanism of cephalosporins
sar of cephalosporins
cephalosporins
cancer
top anti-cancer vegetables
definition introduction classification historical
number of all new cancer cases in world
best ways of reducing cancer
cancer prevention efforts
cancer control plans
side effects of penicillins.
toxicity of penicillins
therapeutic uses of penicillins
mechanism of penicillins
medical classification of penicillins
synthesis of ampicillin and amoxycillin
reactions: hydrolysis of penicillins by hot and co
degradation reactions of penicillins
penicillins nomenclature
important structures of penicillins
biological sources of penicillins
mechanism of antibacterial action
classification of antibiotics
early and modern history
bacterial cell and drug targets
characteristics of an antibiotic
antibiotics definition
side effects- medicinal chemistry.
antibiotics - penicillin's - power point - history
separation and quatitative determination
moxifloxaxin and balofloxacin
balofloxacin
moxifloxacin
antibacterial agents act on five main targets-cell
the cell wall
the plasma membrane
protein synthesis
and nucleic acid function
olmesartan
telmisartan
valsartan
losartán
hydrochlorothiazide
current good manufacturing practice
gmp
concepts of tqm
tqm
cgmp
federal regulations
importance of gmp
total quality management
beta lactam antibiotics
structures of penicillins
uses of penicillins
chemistry of penicillins
advantages and disadvantages of penicillins
mechanism of action of penicillins
sar of tertracyclines
tetracyclines- medicinal chemistry
tettracyclines uses
chemistry of tetracyclines
vitamin e
vitamin d
vitamin a
electrophysiology of the heart arrhythmia: defini
iv guide to treat some types of arrhythmia
types drugs :class i
mechanism of action of acetazolamide
introduction to diuretics
mechanism of action of loop diuretics
normal physiology of urine formation
mechanism of action of thiazides
mechanism of action of potassium sparing diuretics
therapeutic approaches
classification of drugs
electrophysiology of the heart
iv
arrhythmia: definition
drugs :class i
uses of penicillins.
antibiotics classification
semisynthetic penicillins
classification of penicillins
derivatization in high pressure liquid chromatogra
derivatization in high performance liquid chromato
derivatization in gc
derivatization in hplc
derivatization in gas chromatography
rifampicin source
uses how t.b is treated?
structures
rifamycins
by p.ravisankar
radio immuno assay(ria)
liquid chromatography–mass spectrometry
(lc-ms)
gas chromatography and mass spectrometry
(gc-ms)
detectors used in gas chromatography
and hplc
pharmaceutical analysis
applications of gas chromatography(gc)
anti-tb and anti leprotic drugs [medicinal chemist
anti- cancer drugs(anti-neoplastic drugs)
drugs
angiogenesis
largest tumor ever removed
alkylating agents
what is cancer?
vinka alkaloids
non-malignent tumor(benign tumor)
mechanism of actions
best ways to reducing cancer.
malignent tumor
tumour growth kinitics
anti metabolites
treatment of cancer
causes of cancer
classification of anti-cancer agents
doubling tume
what is gas chromatography?
summary.
sources of vitamin k
structures of vitamin k1 and k2
durg interactions
recommended dietary intake
role of vitamin k
blood coagulation
[medicinal chemistry] by p.ravisankar
vitamin k deficiency
ace inhibitors
hypertension
tips to stop silent killer.
causes of hypertension
arb
diuretics(water pills)
anti hypertensive agents [medicinal chemistry] by
physiologicalrole/importance
vitamin d functions
recommended dietary allowance
adverse/toxic effects
d5
structures of vitamin d1
vitamin d deficiency(rickets)
d4
vitmin d sources
d3
uses of vitamin d
d2
vitamin d[ sunshine vitamin] medicinal chemistry b
vitamin d deficiancy occurs in
chemistry of vitamin d
applications of gc
applications of gas chromatography by p.ravisankar
applications
hpcpc[high performance centrifugal partition chrom
what is hpcpc? classification of counter current c
detectors. by. p.ravisankar.
detectors.
vitamin b1 [thiamine] medicinal chemistry by p. ra
structures and chemistry of vitamin b1
synthesis of vitamin b1
rda
sources of vitamin b1
hystory of vitamin b1
deficiency of vitamin b1.
oxidation of thiamine to thiocrome
physiological importance(role) of vitamin b1
uses of riboflavin.
reactions
synthesis of riboflavin
vitaminb2[riboflavin] medicinal chemistry
chemistry of vitamin b2
vitamin b2 deficiency symptoms
by p.ravisankar [sources of vitamin b2
pharmacological aspects of vitamin b12.
vitamin b12[cynacobalamin][cobalamin]
uses of vitamin b12
sources ofvitamin b12
vitamin b12 deficiency symptoms
vitamin b6 uses.
vitamin b6
physiogical importance
pyridoxine antagonists
synthesis of pyridoxaland pyridoxamine
metabolism
vitamin e preparations
side effects/adverse effects
physiological role ro importance
uses of vitamin e
recommended daily intake
vitamin e (medicinal chemistry) by p.ravi sankar.
structures of tocopherols
dietary sources ans supplements
chemistry of vitamin e
chemistry of vitamin a
fat soluble vitamins (vitamin a) medicinal chemist
tretinoin and isotretinoin
physiological role of vitamin-a
differencebetween fat and water soluble vitamins
slurces of vitamin a
ion sources
mass spectrometry(mass-spec) -2013 - p.ravisankar-
mass analyzers
basic principle
sulbactam -betalactamase inhibitor
definition
tetracyclines- medicinal chemistry
refampicin structure
source
dihydrostreptomycin and its importance
structures of streptomycin
aminocyclitols
dihydrostreptomycin
toxicity.
acid hydrolysis
a mention of other aminoglycoside antibiotics
chelation with metals
epimerisation
biological sources
sturctures
amphoteric nature
important structural units and the three acidity
spectrum of activity
cephalosporins- history
(medicinal chemistry
pharmaceutical chemistry.
mechasism of actions
synthesis and uses
anti-neoplastic agents-history
nomenclature
Mehr anzeigen