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VPost, VDB messo a posto

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ocrampal
2026-04-07 17:41:08 +02:00
parent 61dc2e7836
commit 2a05917253
2 changed files with 43 additions and 41 deletions
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neuron/BEH-BD.md
+30 -30
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@@ -88,7 +88,7 @@ Container: BEH-BD
# developed_by: DEV-BD-BEH-POST-TUB from DEV-N # developed_by: DEV-BD-BEH-POST-TUB from DEV-N
tub_local: tub_local:
- CaBD ( full: 50x, active: 0x, empty: 10x ) - VPost ( full: 50x, active: 0x, empty: 10x )
tub_intricated: tub_intricated:
- VSoma ( contained_by: BEH-SOMA ) - VSoma ( contained_by: BEH-SOMA )
@@ -97,81 +97,81 @@ Container: BEH-BD
### ms: behaviors BD ### ms: behaviors BD
#### CheckCaDB:Context #### CheckVPost:Context
Contestualizziamo in maniera Fixed? Contestualizziamo in maniera Fixed?
```Gen ```Gen
context: CheckCaDB context: CheckVPost
contained_by: BEH-BD contained_by: BEH-BD
in_context: Fixed in_context: Fixed
rf: ( active: 60x ) rf: ( active: 60x )
condition: (CaBD fullness) condition: (VPost fullness)
out_context: CaMax out_context: VPostMax
condition: (CaBD mediumness) condition: (VPost mediumness)
out_context: CaMedium out_context: VPostMedium
condition: (CaBD emptiness) condition: (VPost emptiness)
out_context: CaLow out_context: VPostLow
``` ```
#### VSomaAddMax: Episode #### VDBMax: Episode
```Gen ```Gen
episode: VSomaAddMax episode: VDBMax
contained_by: BEH-BD contained_by: BEH-BD
in_context: CaMax in_context: VPostMax
rf: ( active: 2x ) rf: ( active: 2x )
hypothesis: NOT (VSoma full) hypothesis: NOT (VDB full)
action: [VSoma increase] action: [VDB increase]
trace: trace:
``` ```
#### VSomaAddMed: Episode #### VDBMed: Episode
```Gen ```Gen
episode: VSomaAddMed episode: VDBMed
contained_by: BEH-BD contained_by: BEH-BD
in_context: CaMed in_context: VPostMed
rf: ( active: 2x ) rf: ( active: 2x )
hypothesis: NOT (VSoma full) hypothesis: NOT (VDB full)
action: [VSoma increase] action: [VDB increase]
trace: trace:
``` ```
#### VSomaAddLow: Episode #### VDBLow: Episode
```Gen ```Gen
episode: VSomaAddLow episode: VDBLow
contained_by: BEH-BD contained_by: BEH-BD
in_context: CaLow in_context: VPostLow
rf: ( active: 2x ) rf: ( active: 2x )
hypothesis: NOT (VSoma full) hypothesis: NOT (VDB full)
action: [VSoma increase] action: [VDB increase]
trace: trace:
``` ```
#### VSomaClearance: Episode #### VDBlearance: Episode
Qui facciamo il clearance del VSoma. Lo facciamo in questo modo perche' abbiamo semplificato quello che succede fra POST e BD. In teoria il VPOST dovrebbe far entrare aprire VCGG del BD e far entrare CaBD. Qui abbiamo semplificato e trattiamo VSoma come se fossero blocchi, non la conseguenza di CaBD. Qui facciamo il clearance del VDB. Lo facciamo in questo modo perche' abbiamo semplificato quello che succede fra POST e BD. In teoria il VPOST dovrebbe far entrare aprire VCGG del BD e far entrare CaBD. Qui abbiamo semplificato e trattiamo VDB come se fossero blocchi, non la conseguenza di CaBD.
```Gen ```Gen
episode: VSomaAddLow episode: VDBClearance
contained_by: BEH-BD contained_by: BEH-BD
in_context: CaLow in_context: Fixed
rf: ( active: 2x ) rf: ( active: 2x )
hypothesis: NOT (VSoma full) hypothesis: NOT (VDB empty)
action: [VSoma increase] action: [VDB decrease]
trace: trace:
``` ```
neuron/BEH-POST.md
+12 -10
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@@ -157,6 +157,8 @@ The simplification implies that:
- **Ca2+**: Ioni entranti tramite NMDA - **Ca2+**: Ioni entranti tramite NMDA
- **VPost**: il voltage che viene sentito in DB
- **eCB**: - **eCB**:
- **Nox**:? - **Nox**:?
@@ -183,7 +185,7 @@ container: BEH-POST
tub_intricated: tub_intricated:
- Nt ( contained_by: BEH-SYN ) - Nt ( contained_by: BEH-SYN )
- CaBD ( contained_by: BEH-BD ) - VPost ( contained_by: BEH-BD )
context_intricated: context_intricated:
- bAp ( contained_by: BEH-SOMA ) - bAp ( contained_by: BEH-SOMA )
@@ -272,14 +274,14 @@ episode: CaClearance
trace: None trace: None
``` ```
#### CheckCa:Context #### CheckCaVPost:Context
Contestualizziamo in maniera Fixed? Contestualizziamo in maniera Fixed?
Qui controlliamo il livello di Ca2+, che e' stato fatto entrare da NMDA, e creaiamo CaBd che rappresenta il Ca2+ che entra nel DB. Abbiamo fatto una semplificazione, perche' il Ca2+ dovrebbe entrare nel DB in base a V_Post che fa aprire canali in DB. Qui controlliamo il livello di Ca2+, che e' stato fatto entrare da NMDA, e creaiamo VPost nel DB. Abbiamo fatto una semplificazione, perche' il Ca2+ dovrebbe entrare nel DB in base a V_Post che fa aprire canali in DB. Invece creaimo direttamente il VPost.
```Gen ```Gen
context: CheckNa context: CheckCaVPost
contained_by: BEH-POST contained_by: BEH-POST
in_context: Fixed in_context: Fixed
@@ -295,15 +297,15 @@ context: CheckNa
out_context: CaLow out_context: CaLow
``` ```
##### CaBdEnterMax:Episode ##### VPostMax:Episode
##### CaBdEnterMed:Episode ##### VPostMed:Episode
##### CaBdEnterMin:Episode ##### VPostMin:Episode
##### CaBdClearance:Episode ##### VPostClearance:Episode
Il clearance lo facciamo qui nel container dove creaiamo anche i CaBd, perche' altrimenti, se lo facessimo in DB, perderemmo l'aspetto temporale della contribuzione dei singoli POST. Il clearance lo facciamo qui nel container dove creaiamo anche i VPost, perche' altrimenti, se lo facessimo in DB, perderemmo l'aspetto temporale della contribuzione dei singoli POST.
### sec: behaviors POST ### sec: behaviors POST
@@ -331,7 +333,7 @@ container: BEH-POST-AMPA
```Gen ```Gen
context: CheckNTPost context: CheckNTPost
contained_by: BEH-POST contained_by: BEH-POST-AMPA
in_context: Fixed in_context: Fixed
rf: ( active: 8x ) rf: ( active: 8x )