Dárkkuhitgo:
"v1 cells captured" » "v1 cells cultured" (Viiddit ozu)
Čájehuvvojit 1 - 17 oktiibuot 17 bohtosis ohcui "v1 cells captured"', ohcanáigi: 0,03s Aiddostahte ozu
  1. 1
    Stimulating PV cells at nonsilencing levels during entire stimulus presentation or late phase V1 activity impairs discrimination performance, whereas stimulating during early phase V1 activity improves performance.

    Stimulating PV cells at nonsilencing levels during entire stimulus presentation or late phase V1 activity impairs discrimination performance, whereas stimulating during early phase... Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  2. 2
    (related to Fig 3) Testing a difficult discrimination task.

    (related to Fig 3) Testing a difficult discrimination task. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  3. 3
    Changes in neural selectivity caused by PV cell activation reflect behavioral performance in easy but not difficult discriminations.

    Changes in neural selectivity caused by PV cell activation reflect behavioral performance in easy but not difficult discriminations. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  4. 4
    Reliable expression of ChR2-EYFP and ChrimsonR-tdTomato in PV cells.

    Reliable expression of ChR2-EYFP and ChrimsonR-tdTomato in PV cells. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  5. 5
    (related to Fig 1) Mice learn a visual discrimination task.

    (related to Fig 1) Mice learn a visual discrimination task. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  6. 6
    Stimulating PV cells at nonsilencing levels does not improve performance of difficult visual discriminations.

    Stimulating PV cells at nonsilencing levels does not improve performance of difficult visual discriminations. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  7. 7
    (related to Fig 3) Behavioral parameters in the difficult discrimination task.

    (related to Fig 3) Behavioral parameters in the difficult discrimination task. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  8. 8
    Example intrinsic imaging map in relation to the mask.

    Example intrinsic imaging map in relation to the mask. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  9. 9
    (related to Fig 4) Effects of PV cell activation on the lick latency of go and no-go stimuli across the different time windows in the easy discrimination task.

    (related to Fig 4) Effects of PV cell activation on the lick latency of go and no-go stimuli across the different time windows in the easy discrimination task. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  10. 10
    Learning of a visual discrimination task and optogenetic manipulations in head-fixed mice.

    Learning of a visual discrimination task and optogenetic manipulations in head-fixed mice. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  11. 11
    PV cell activation selectively affects different decision-making components.

    PV cell activation selectively affects different decision-making components. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  12. 12
    (related to Fig 5) Effects of PV cell activation on the activity of Pyr cells across the different time windows and task difficulty conditions.

    (related to Fig 5) Effects of PV cell activation on the activity of Pyr cells across the different time windows and task difficulty conditions. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  13. 13
    (related to Fig 2) Changes in behavioral readouts as a function of laser power in the easy discrimination task.

    (related to Fig 2) Changes in behavioral readouts as a function of laser power in the easy discrimination task. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  14. 14
    Increased selectivity requires competition and nonlinear activation function in pyramidal cells.

    Increased selectivity requires competition and nonlinear activation function in pyramidal cells. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  15. 15
    (related to Fig 3) No behavioral improvements in difficult discriminations by extending the early window beyond 120 ms.

    (related to Fig 3) No behavioral improvements in difficult discriminations by extending the early window beyond 120 ms. Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  16. 16
    PV cell activation alone does not induce changes in behavioral redouts during the stimulation period (0–2 s).

    PV cell activation alone does not induce changes in behavioral redouts during the stimulation period (0–2 s). Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:
  17. 17
    (related to Fig 6)

    (related to Fig 6) Dahkki Lilia Kukovska (22683586)

    Almmustuhtton 2025
    Fáttát:
    Lasit oiddohiidda
    Furkejuvvon:

Ohcanreaiddut: