diff --git a/elements/astrocyte/appunti/2026-06-04-modulation-of-future-behavior.md b/elements/astrocyte/appunti/2026-06-04-modulation-of-future-behavior.md
index 69ad6f9..6173f71 100644
--- a/elements/astrocyte/appunti/2026-06-04-modulation-of-future-behavior.md
+++ b/elements/astrocyte/appunti/2026-06-04-modulation-of-future-behavior.md
@@ -123,12 +123,12 @@ The astrocyte's perisynaptic wall distance is the variable that makes both outco
     // Astrocyte: overflow sensing and co-agonist release
     glutamate_spillover = extrasynaptic_diffusion(glutamate_cleft)
     if glutamate_spillover > spillover_threshold:
-    mGluR5_activation = True // Gq arm → IP3 → Ca²⁺ → D-serine
-    astro_Ca_local += IP3_cascade(PLC)
-    D_serine_release += proportional_to(astro_Ca_local)
-    mGluR2_3_activation = True // Gi arm → brake presynapse
-    cAMP_level -= Gi_inhibition(adenylyl_cyclase)
-    vesicle_release_prob -= VGCC_suppression() // autoinhibitory brake
+      mGluR5_activation = True // Gq arm → IP3 → Ca²⁺ → D-serine
+      astro_Ca_local += IP3_cascade(PLC)
+      D_serine_release += proportional_to(astro_Ca_local)
+      mGluR2_3_activation = True // Gi arm → brake presynapse
+      cAMP_level -= Gi_inhibition(adenylyl_cyclase)
+      vesicle_release_prob -= VGCC_suppression() // autoinhibitory brake
     
     // Astrocyte: check for network overload
     astro_Ca_global = soma_wave(astro_Ca_local > OVERLOAD_threshold)
@@ -140,10 +140,10 @@ The astrocyte's perisynaptic wall distance is the variable that makes both outco
     
     // NMDA gate: coincidence check
     if membrane_potential > -40mV and D_serine_release > threshold:
-    NMDA_Mg_block = False // Mg²⁺ ejected
-    post_Ca_amplitude += NMDA_influx(glutamate_cleft)
-    post_Ca_rise_speed = d(post_Ca_amplitude) / dt
-    
+      NMDA_Mg_block = False // Mg²⁺ ejected
+      post_Ca_amplitude += NMDA_influx(glutamate_cleft)
+      post_Ca_rise_speed = d(post_Ca_amplitude) / dt
+      
     // Astrocyte: vacuum trailing echoes + fuel pipeline
     glutamate_cleft -= glutamate_clearance_rate × Δt
     lactate_output += glycolysis_rate(glutamate_clearance_rate)
@@ -156,32 +156,32 @@ The astrocyte's perisynaptic wall distance is the variable that makes both outco
   
     // Presynapse: facilitate or depress based on Ca²⁺ history
     if input_freq > 20Hz:
-    vesicle_release_prob *= 1.3 // residual Ca²⁺ primes launchpad
-    mobilize(reserve_pool → RRP_pool) // break storage chains
+      vesicle_release_prob *= 1.3 // residual Ca²⁺ primes launchpad
+      mobilize(reserve_pool → RRP_pool) // break storage chains
     elif input_freq < 5Hz:
-    vesicle_release_prob *= 0.7 // RRP depleted faster than refill
+      vesicle_release_prob *= 0.7 // RRP depleted faster than refill
     
     // Postsynapse: NMDA gate primed if frequency sustained
     if input_freq >= 50Hz and duration > 1s:
-    NMDA_Mg_block = False // sustained depolarization
-    post_Ca_amplitude accumulates // early-LTP signal rises
+      NMDA_Mg_block = False // sustained depolarization
+      post_Ca_amplitude accumulates // early-LTP signal rises
     
     // Astrocyte: sustained volume → escalate co-agonist
     if astro_Ca_local > local_threshold:
-    D_serine_release += gliotransmitter_pulse() // widens NMDA window
+      D_serine_release += gliotransmitter_pulse() // widens NMDA window
     
     // Neuromodulators: set context gate via Gs protein
     if dopamine_level > D1_threshold or NE_level > β_threshold:
-    cAMP_level += Gs_activation(adenylyl_cyclase)
-    PKA_activity = proportional_to(cAMP_level)
-    phosphorylate(GluA1, site=Ser845)
-    GluA1_Ser845_primed = True // lowers CaMKII threshold
-    phosphorylate(DARPP32)
-    DARPP32_phospho = True // silences PP1 — blocks LTD
-    translocate(PKA → nucleus) → phosphorylate(CREB)
-    CREB_active = True // enables structural gene expression
-    // Acetylcholine: lower LTP threshold globally
-    LTP_threshold *= (1 / (1 + ACh_level × mAChR_gain))
+      cAMP_level += Gs_activation(adenylyl_cyclase)
+      PKA_activity = proportional_to(cAMP_level)
+      phosphorylate(GluA1, site=Ser845)
+      GluA1_Ser845_primed = True // lowers CaMKII threshold
+      phosphorylate(DARPP32)
+      DARPP32_phospho = True // silences PP1 — blocks LTD
+      translocate(PKA → nucleus) → phosphorylate(CREB)
+      CREB_active = True // enables structural gene expression
+      // Acetylcholine: lower LTP threshold globally
+      LTP_threshold *= (1 / (1 + ACh_level × mAChR_gain))
   
 ## slow time scale — structural commit (h → weeks)