boundary.
Can anyone shed some light on why this happens? Is there any way to get
around this? Could I keep the mass units and do some changes in the
control stream when incorporating the metabolite data? Any help would be
highly appreciated.
Best regards
Nele
_
Nele
heir molar mass and then multiplying with the molar mass of
the parent. Would this be a reasonable approach, just to pretend that the
metabolite is parent by using this calculation? Would the metabolite
parameters still be correct then?
Thanks for your help.
Nele
_____
N
Dear all,
there was a typo in the previous mail. The units were mg and µg/L or µmol
and nmol/L. Any other suggestions what might happen?
Nele
_
Nele Plock
Bayer Schering Pharma AG
GPD/Pharmacokinetics
Metabolism & Bioanalysis
D- 13342 Berlin
Phone : +49-30-468 15146
INT ONEHEADER FILE=notab1
_____
Dr. Nele Plock
Bayer Schering Pharma AG
GPD/Pharmacokinetics
Metabolism & Bioanalysis
D- 13342 Berlin
Phone : +49-30-468 15146
Fax: +49-30-468 95146
[EMAIL PROTECTED]
http://www.bayerscheringpharma.de
Vorstand: Arthur J. Higgins, Vorsitzender |
it is possible, how would I implement this?
Thanks and best wishes
Nele
_
Dr. Nele Plock
Bayer Schering Pharma AG
Drug Metabolism & Pharmacokinetics
Development Pharmacokinetics
Scientific Expert Development Pharmacokinetics
D- 13342 Berlin
Phone : +49-30-468 15146
Fax:
Dear all,
in drug development, is anybody aware of examples of population PK/PD
analyses in toxicology and how the resulting PKPD relation might be used
for prediction of toxic effects in humans prior to first-in-man studies?
Thanks and best regards
Nele
_
Dr. Nele
**2)*EPS(1)
;
$DES
CAV=A(5)/(T+0.01)
RES=IC50*EXP(KRES*T*(1-CAV/(RED+CAV)))
DADT(1)= -KA*A(1)
DADT(2)= KA*A(1) -K20*A(2)
DADT(3)= KEO*(PC*A(2)/V2 - A(3))
DADT(4)= KIN*(1-A(3)/(RES+A(3)))
DADT(5)= A(3)
_
Dr. Nele Plock
Bayer Schering Pharma AG
Drug Metabolism & Ph
D=1 INTERACTION MAXEVAL=0 PRINT=5 NOABORT MSFO=msf001
$TABLE ID TIME CL V2 V3 Q KA F1 CC2 TOI1 TOI2 AOI1 AOI2
AUC1 AUC2 CMAX NOPRINT ONEHEADER FILE=notab1
_____
Dr. Nele Plock
Bayer Schering Pharma AG
Drug Metabolism & Pharmacokinetics
Development Pharmacokinetics
Dear all,
has anybody ever mechanistically modeled ovulation in rats or any other
species, taking LH, FSH or progesterone into account and would be willing
to share some code?
Thank you and best regards
Nele
_
Dr. Nele Plock
Bayer Schering Pharma AG
Drug Metabolism
Antiinfectives in the
Treatment of Serious Grampositive Infections - Linezolid and Vancomycin
(ISBN 978-3-86553-218-3, Wiku, Germany, 2007)
Best regards
Nele
_
Dr. Nele Plock
Bayer Schering Pharma AG
Drug Metabolism & Pharmacokinetics
Development Pharmacokine
TERVAL=24
____
Dr. Nele Plock
Bayer Schering Pharma AG
Drug Metabolism & Pharmacokinetics
Development Pharmacokinetics
Scientific Expert Development Pharmacokinetics
D- 13342 Berlin
Phone : +49-30-468 15146
Fax: +49-30
Dear all,
I have trouble modeling some rat PK data obtained after intravenous
dosing. I have dense data for two different doses, given either as bolus,
half-hour or 3-hour infusion. We know that the compound has a large
binding affinity to intracellular structures and therefore has a high
volu
there can't be a correlation. On the other
hand, I did not include subpopulations for F1, so how can I keep this
correlation to both CL-subgroups?
Any thoughts on this would be highly appreciated!
Best wishes
Nele
__
Dr. Nele P
can omit the
correlation between the omegas.
Also, thanks for all the tips how to correctly code the OMEGA BLOCK.
Best regards
Nele
__
Dr. Nele Plock
Pharmacometrics -- Modeling and Simulation
Nycomed GmbH
Byk-Gulden-Str. 2
D-78467
a one-compartment model,
NONMEM would not be able to differentiate between IIV on volume or IIV on
F1. But with more compartments, this should work, shouldn't it, even if I
only have oral data?
Best wishes
Nele
__
Dr.
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