RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
We can’t wait for our session ‘cellular and molecular changes in the spinal cord underlying development and resolution of pathological pain’. Amongst the speakers Mike Hildebrand who will be presenting his amazing new study 🤩 https://t.co/UXXwyYjBsX
Bulgu, özellikle opioid salgını ışığında, umutsuzca ihtiyaç duyulan kronik ağrı için daha iyi ve daha kişiselleştirilmiş tedavilere yol açabilir. https://t.co/IlgyyRUzVu
RT @MariAngelesMoro: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological p…
Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain https://t.co/z2L2zYQMDx
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain https://t.co/Re1HYSH56M Men and Women Process Pain Signals Differently https://t.co/xQbDD7BmqT @_atanas_
RT @iseult: That would be the SEX BINARY folx 👀
RT @NeuroscienceNew: “Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological…
RT @NeuroscienceNew: “Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological…
Not only are brains sexually dimorphic, but so are spinal cords. And are different in their metabolic signalling! https://t.co/cvcxRGTjB1
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @NeuroscienceNew: “Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological…
“Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain” by Annemarie Dedek et al. Brain https://t.co/zjWvkhQmEY
RT @Brain1878: The prevalence and severity of many chronic pain syndromes differ between the sexes. Dedek et al. reveal sexual dimorphism i…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
“Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain” https://t.co/lH6OoE3gQg
The prevalence and severity of many chronic pain syndromes differ between the sexes. Dedek et al. reveal sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain. https://t.co/M78gENYxob htt
Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain https://t.co/vpNRXGQNRp
RT @Sedolor: 👉Los hombres y las mujeres procesan el #dolor de forma diferente vía @Consalud_es https://t.co/xihVj4oO63 📘Artículo de refere…
RT @Sedolor: 👉Los hombres y las mujeres procesan el #dolor de forma diferente vía @Consalud_es https://t.co/xihVj4oO63 📘Artículo de refere…
RT @Sedolor: 👉Los hombres y las mujeres procesan el #dolor de forma diferente vía @Consalud_es https://t.co/xihVj4oO63 📘Artículo de refere…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @Sedolor: 👉Los hombres y las mujeres procesan el #dolor de forma diferente vía @Consalud_es https://t.co/xihVj4oO63 📘Artículo de refere…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain | Brain | Oxford Academic https://t.co/zNlbrO2n0x
RT @Brain1878: The prevalence and severity of many chronic pain syndromes differ between the sexes. Dedek et al. reveal sexual dimorphism i…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
👉Los hombres y las mujeres procesan el #dolor de forma diferente vía @Consalud_es https://t.co/xihVj4oO63 📘Artículo de referencia: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain h
The prevalence and severity of many chronic pain syndromes differ between the sexes. Dedek et al. reveal sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain. https://t.co/M78gENYxob htt
RT @Brain1878: The prevalence and severity of many chronic pain syndromes differ between the sexes. Dedek et al. reveal sexual dimorphism i…
RT @Brain1878: The prevalence and severity of many chronic pain syndromes differ between the sexes. Dedek et al. reveal sexual dimorphism i…
The prevalence and severity of many chronic pain syndromes differ between the sexes. Dedek et al. reveal sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain. https://t.co/3Qj4HXNFRZ http
Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain https://t.co/M0wZNFeRMh
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @carleton_STAR: Congratulations to @AnnemarieDedek and the team on these fascinating findings! 🎉🎉 Can pain be processed differently acr…
RT @j_parnz: Amazing work by the amazing @AnnemarieDedek, congrats 🥳
RT @carleton_STAR: Congratulations to @AnnemarieDedek and the team on these fascinating findings! 🎉🎉 Can pain be processed differently acr…
RT @j_parnz: Amazing work by the amazing @AnnemarieDedek, congrats 🥳 https://t.co/Ikof9EHvK1
Amazing work by the amazing @AnnemarieDedek, congrats 🥳
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
Congrats @AnnemarieDedek and team on all the hard work and dedication that went into this great paper!!
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
Congratulations to @AnnemarieDedek and the team on these fascinating findings! 🎉🎉 Can pain be processed differently across sexes? Take a look at their results to find out! 👇
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
Amazing work, congrats @AnnemarieDedek and @mikehildebrand7!!
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
BOOM! Congrats @AnnemarieDedek @mikehildebrand7 and team. This is a landmark paper for the field!
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @mikehildebrand7: We are so pumped to see this labour of love out! 😊 Thanks to @annemariededek, Jian Xu, Louise-Etienne and co. from th…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @mikehildebrand7: We are so pumped to see this labour of love out! 😊 Thanks to @annemariededek, Jian Xu, Louise-Etienne and co. from th…
Totally fascinating study on physiological differences that influence cis women's experiences of pain vs cis men's. Interestingly, when AFAB folks had their ovaries removed before puberty, their pain pathways matched that of AMABs. Hormones, man. https://
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
RT @mikehildebrand7: We are so pumped to see this labour of love out! 😊 Thanks to @annemariededek, Jian Xu, Louise-Etienne and co. from th…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
We are so pumped to see this labour of love out! 😊 Thanks to @annemariededek, Jian Xu, Louise-Etienne and co. from the De Koninck lab, Eve Tsai, and all others who helped drive this translational pain story of sex differences in spinal pain processing for
I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN #SpinalCord has been published in @Brain1878!! We found that: #pain #WomenInScience #TranslationalResearch 🧵/6 https://t.co/l15g8bUa