Translational Modeling Using A Reference Drug (Beloranib)
Top scatter axis labels (clipped continuation from preceding photo, evidence-only):
%BWL
Peak NMet-14-3-3γ
0 0.5 1 1.5 2
-5 0 5- If the data from PBMC PD study could be used to predict a target tissue PD?
(TE) PD 가 Translationable 한가?
PBMC 적어도 CSF data 가 있어야 하지.⊞ Translational modeling (and prediction of clinical efficacy) using a reference drug (that has clinical data)
Questions
- BID가 QD보다 효과 크구나.
Figure labels (Panel A — DIO Efficacy on two dose schedules; Panel B — Translational PK/E Model; evidence-only):
A DIO Efficacy on two dose schedules
x: Day (0, 7, 14, 21, 28)
y: % Body Weight Change (10 → -30)
Series:
- Vehicle
- 0.1 mg/kg Beloranib BIW x4w
- 0.3 mg/kg Beloranib BIW x4w
- 1.0 mg/kg Beloranib BIW x4w
- 0.1 mg/kg Beloranib QD x28d
B Translational PK/E Model
x: Beloranib Cavg (ng/mL) (0 → 2)
y: Total %BWL (0 → 50)
Series:
- BID sim
- QD sim
- BIW sim
- BIW in DIO
- QD in DIO
- BIW in humanA: [(MAD 임상자료있는) reference drug 의 mouse 에서의 dose-(Chronic) Efficacy], cf] BID 없고 BIW 임 수의.
B; (MAD 임상자료있는) reference drug 의 human 에서의 PK-(Chronic) EfficacyBeloranib PK and Receptor Occupancy
- how muchMetAP2 needs to be inhibitor-bound (ie occupied) to cause downstream effects?
[Method]
Occupancy assay: measures 'free' unbound target in blood from mice following drug treatment using ELISAFigure labels (Beloranib PK and Receptor Occupancy plot, evidence-only):
A Beloranib
PK and Receptor Occupancy
y (left): MetAP2 Occupancy (with `100% RO Control` and `Vehicle` reference lines)
y (right): PK (ng/ml) (0.1 → 100)
x: Time after dose (hours) (0 2 4 6 8 10 20 30 40 50)
Series:
⌬ 0.1 mg/kg Beloranib RO (study 1)
▲ 0.1 mg/kg Beloranib PK (study 1)
⌬ 0.1 mg/kg Beloranib RO (study 2)해석:
- MetAP2 is maximally occupied with inhibitor (approx. 100%) from 2 to 8 hours post-dose, in blood from mice treated with 0.1 mg/kg beloranib
- Occupancy decreased to approx. 85% at 24 hours and approached vehicle levels at 48 hours postdose[PK vs Occupancy]
- average weekly beloranib exposure and the average MetAP2 occupancy (for twice-weekly and daily dosing regimens over a range of doses in DIO mice)
occupancy saturated at submaximal levels for the less frequent schedule (ie QD 에서는 (Occupancy 가) saturation 되는구나 그래서 Efficacy 적...)[Exposure vs Occupancy]
Figure labels (Panel B — Exposure vs Occupancy, evidence-only):
B
y: Avg %Occupancy (0 → 100)
x: Beloranib Cavg (ng/mL) (0 → 2)
Series:
- BIW sim
- QD sim
- BIW in DIO
- QD in DIO
- Human equivalent- more frequent dose schedule resulting in greater occupancy and efficacy
Repeated A/B Panels (Bottom Of Page)
Figure labels (DIO Efficacy A and Translational PK/E Model B, repeated; evidence-only):
A DIO Efficacy on two dose schedules
(same x/y/series as the top A panel: Vehicle, 0.1 BIW, 0.3 BIW, 1.0 BIW, 0.1 QD)
B Translational PK/E Model
(same x/y/series as the top B panel: BID sim, QD sim, BIW sim, BIW in DIO, QD in DIO, BIW in human)- more frequent dose schedule resulting in greater occupancy and
Uncertain Spans
| location | text/status | reason |
|---|---|---|
| Translational modeling heading | ⊞ collapse marker | A small Word section-collapse glyph is visible to the left of the heading; rendered here as ⊞. |
| reference-drug annotation under panels | cf] BID 없고 BIW 임 수의. | Trailing 수의 reads ambiguously between 수의/수의/숫자 in the photo; preserved verbatim. |
| top scatter | first-author / context for the %BWL vs Peak NMet-14-3-3γ figure | Only the lower-right tail is on this page; full figure title and source appear on the preceding photo. |
| Korean Efficacy comment under [PK vs Occupancy] | trailing word after Efficacy 적 | The right edge clips the rest of the sentence; preserved as Efficacy 적.... |