Inhibitory Circuits lab
@inhcirlab.bsky.social
Circuits and behaviour: biological sex neuromodulation of hippocampal neworks. @Instituto Cajal -> Cajal Neuroscience Center CSIC- Madrid, Spain. PI: Pablo Mendez.
🌍🧠 Thinking globally, sciencing locally 🧠🌍
🌍🧠 Thinking globally, sciencing locally 🧠🌍
La sociedad Española de Neurociencia (SENC) ha elaborado un Manifiesto por la Investigación del Cerebro. Desde el @inhcirlab nos adherimos: la Neurociencia española en beneficio y al servicio todos!
Podéis leerlo aquí:
www.senc.es/manifiesto-p...
Podéis leerlo aquí:
www.senc.es/manifiesto-p...
October 9, 2025 at 11:05 AM
La sociedad Española de Neurociencia (SENC) ha elaborado un Manifiesto por la Investigación del Cerebro. Desde el @inhcirlab nos adherimos: la Neurociencia española en beneficio y al servicio todos!
Podéis leerlo aquí:
www.senc.es/manifiesto-p...
Podéis leerlo aquí:
www.senc.es/manifiesto-p...
📣📣📣📣@inhcirlab.bsky.social job offer 📣📣📣📣
We are looking for new lab members, reach out if interested or, please, spread!
We are looking for new lab members, reach out if interested or, please, spread!
April 2, 2025 at 7:58 AM
📣📣📣📣@inhcirlab.bsky.social job offer 📣📣📣📣
We are looking for new lab members, reach out if interested or, please, spread!
We are looking for new lab members, reach out if interested or, please, spread!
4/5 Neonatal testosterone treatment impacts hippocampal-dependent memory of prepubertal mice, altering PV INs activity & PNN coverage.
March 18, 2025 at 2:56 PM
4/5 Neonatal testosterone treatment impacts hippocampal-dependent memory of prepubertal mice, altering PV INs activity & PNN coverage.
3/5 neonatal testosterone in female mice disrupts sex-specific neuroestrogen regulation of adult PV IN PNNs and synaptic inhibition (organizational effects )
March 18, 2025 at 2:56 PM
3/5 neonatal testosterone in female mice disrupts sex-specific neuroestrogen regulation of adult PV IN PNNs and synaptic inhibition (organizational effects )
2/5 We show female-specific regulation of CA1 PYR synaptic inhibition by (most-likely) brain aromatase in prepubertal mice.
March 18, 2025 at 2:56 PM
2/5 We show female-specific regulation of CA1 PYR synaptic inhibition by (most-likely) brain aromatase in prepubertal mice.
1/5 We describe estrous cycle-dependent (PNNs) and independent (in vivo activity/locomotion coupling & more) features in CA1 PV INs (Activational effects)
March 18, 2025 at 2:56 PM
1/5 We describe estrous cycle-dependent (PNNs) and independent (in vivo activity/locomotion coupling & more) features in CA1 PV INs (Activational effects)
The @inhcirlab.bsky.social salutes the Neuroscience community @bsky.app
We are studying the neuromodulatory role of biological sex on hippocampal microcircuits and network. Ephys + calcium imaging + opto and farmacogentics behavior + sex hormones 🚹🚺 and chromosomes 🧬 = lots of interesting stuff 🧠
We are studying the neuromodulatory role of biological sex on hippocampal microcircuits and network. Ephys + calcium imaging + opto and farmacogentics behavior + sex hormones 🚹🚺 and chromosomes 🧬 = lots of interesting stuff 🧠
November 22, 2024 at 10:55 AM
The @inhcirlab.bsky.social salutes the Neuroscience community @bsky.app
We are studying the neuromodulatory role of biological sex on hippocampal microcircuits and network. Ephys + calcium imaging + opto and farmacogentics behavior + sex hormones 🚹🚺 and chromosomes 🧬 = lots of interesting stuff 🧠
We are studying the neuromodulatory role of biological sex on hippocampal microcircuits and network. Ephys + calcium imaging + opto and farmacogentics behavior + sex hormones 🚹🚺 and chromosomes 🧬 = lots of interesting stuff 🧠