RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
So proud, congrats @AnnemarieDedek 🥳🥳
RT @AbizaidAlfie: Superstar!!!!
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
RT @AbizaidAlfie: Superstar!!!!
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
Superstar!!!!
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
So amazing! Congrats @AnnemarieDedek 🤩🤩
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
Brava @AnnemarieDedek!!! 🎉🎉🎉
RT @CAN_ACN: CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could l…
CAN CIHR-INMHA Brain Star Award winner: Annemarie Dedek: Identification of sex-specific differences in pain signalling could lead to better treatment https://t.co/BWdw6uRcYj in Brain https://t.co/6VHYQXblNl @AnnemarieDedek @mikehildebrand7 @anitavandenbe
Neurons in the spinal cord process pain signals differently in women compared to men based on a study with nerve receptors in female and male spinal cord tissue from both rats and humans. https://t.co/m9uGIP7eyv
Neurons in the spinal cord process pain signals differently in women compared to men based on a study with nerve receptors in female and male spinal cord tissue from both rats and humans. https://t.co/vV7ErytXZp
Neurons in the spinal cord process pain signals differently in women compared to men based on a study with nerve receptors in female and male spinal cord tissue from both rats and humans. https://t.co/qymI6aywEo
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
Dedek et al. show that a spinal mechanism of pathological pain is sexually dimorphic in both rodent and human preclinical pain models. https://t.co/VA0qPctT1V https://t.co/vRva7BrzEo
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @Brain1878: Dedek et al. show that a spinal mechanism of pathological pain is sexually dimorphic in both rodent and human preclinical pa…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @Brain1878: Dedek et al. show that a spinal mechanism of pathological pain is sexually dimorphic in both rodent and human preclinical pa…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
Acknowledge differences, with evidence 👇👇 #pain #gender #neurotwitter
RT @Brain1878: Dedek et al. show that a spinal mechanism of pathological pain is sexually dimorphic in both rodent and human preclinical pa…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @Brain1878: Dedek et al. show that a spinal mechanism of pathological pain is sexually dimorphic in both rodent and human preclinical pa…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @Brain1878: Dedek et al. show that a spinal mechanism of pathological pain is sexually dimorphic in both rodent and human preclinical pa…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
RT @neurostingl: Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechts…
Eine spannende Studie die zeigt, dass es bei der Verstärkung von Schmerzreizen am Hinterhorn (hormonabhängige) Geschlechtsunterschiede gibt. Das ist insofern relevant, weil viel Grundlagenforschung zu chronischem #Schmerz bisher an männlichen Ratten gemac
RT @Brain1878: Dedek et al. show that a spinal mechanism of pathological pain is sexually dimorphic in both rodent and human preclinical pa…
Dedek et al. show that a spinal mechanism of pathological pain is sexually dimorphic in both rodent and human preclinical pain models. https://t.co/3SVRbXiupq https://t.co/I24TaNwaBz
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
RT @isamartinga: Este estudio muestra que las neuronas de la médula espinal procesan las señales de dolor de forma diferente en mujeres y h…
Este estudio muestra que las neuronas de la médula espinal procesan las señales de dolor de forma diferente en mujeres y hombres. Este hallazgo podría conducir a tratamientos mejores y más personalizados para el dolor crónico. https://t.co/OWUbPcc4Df
🎙️Entrevista al Dr. Carlos Goicoechea, Vicepresidente de la @sedolor en @cope Fin de Semana (03/04/22), sobre la percepción del #dolor y cómo varía en función de diferentes factores, entre ellos el sexo. 👉https://t.co/aNQjv2oflZ Al hilo de este artículo: h
Descubrimiento del dimorfismo sexual en un mecanismo neuronal central del dolor crónico proporciona un paso basal hacia una mejor comprensión del dolor en ambos sexos #pain #dimorphism #nociceptive #chronicpain https://t.co/siLIi1ZEng
🎙️Entrevista al Dr. Carlos Goicoechea, Vicepresidente de la @sedolor en @cope Fin de Semana (03/04/22), sobre la percepción del #dolor y cómo varía en función de diferentes factores, entre ellos el sexo. Al hilo de este artículo: https://t.co/scHYxaIYov 👂h
@zaelefty https://t.co/kYwxVqUQaH Canadian study finds pain differences betw males and females. Two sexes.
Talking now to postdoctoral fellow Annemarie Dedek about this study on sex differences in processing pain by @NeuroCarleton & @OttawaHospital Research Institute: https://t.co/lTedQnCrhN
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
RT @joanatgoncalves: Why included both sexes in basic research is so important! Excellent work from @AnnemarieDedek and team! https://t.co/…
Why included both sexes in basic research is so important! Excellent work from @AnnemarieDedek and team!
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
RT @CAN_ACN: New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https:…
New study in @Brain1878 shows for the 1st time neurons in spinal cord process pain signals differently in women vs men https://t.co/tv8aCBz0fa Congrats to Canadian labs @mikehildebrand7 Eve Tsai, Yves De Koninck & to lead author @AnnemarieDedek Pape
RT @primneuromod: ¿𝐄𝐥 𝐝𝐨𝐥𝐨𝐫 𝐭𝐢𝐞𝐧𝐞 𝐠𝐞́𝐧𝐞𝐫𝐨? Pues parece que sí. Un estudio muestra por primera vez que las neuronas de la médula espinal pr…
RT @primneuromod: ¿𝐄𝐥 𝐝𝐨𝐥𝐨𝐫 𝐭𝐢𝐞𝐧𝐞 𝐠𝐞́𝐧𝐞𝐫𝐨? Pues parece que sí. Un estudio muestra por primera vez que las neuronas de la médula espinal pr…
¿𝐄𝐥 𝐝𝐨𝐥𝐨𝐫 𝐭𝐢𝐞𝐧𝐞 𝐠𝐞́𝐧𝐞𝐫𝐨? Pues parece que sí. Un estudio muestra por primera vez que las neuronas de la médula espinal procesan las señales de #dolor de manera diferente en las mujeres que en los hombres. #painmanagement #chronicpain https://t.co/u8FE0y8B
RT @NeuroscienceNew: “Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological…
RT @PainMechanisms: We can’t wait for our session ‘cellular and molecular changes in the spinal cord underlying development and resolution…
RT @AnnemarieDedek: I’m thrilled to announce that our work on a sexually dimorphic mechanism of neuronal hyperexcitability in RAT and HUMAN…
"Ex vivo spinal treatment with BDNF downregulated markers of disinhibition and upregulated markers of facilitated excitation in superficial dorsal horn neurons from #male but not #female human organ donors" #Pain #Sexualdimorphism https://t.co/bAVJOBnIhd
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
The first time a sex-related difference in pain signaling has been identified in human spinal cord tissue. https://t.co/CnVSE7IGXO
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 @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 @NeuroscienceNew: “Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological…
RT @erlesen: Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological pain http…
RT @PainMechanisms: We can’t wait for our session ‘cellular and molecular changes in the spinal cord underlying development and resolution…
RT @NeuroscienceNew: “Sexual dimorphism in a neuronal mechanism of spinal hyperexcitability across rodent and human models of pathological…
RT @PainMechanisms: We can’t wait for our session ‘cellular and molecular changes in the spinal cord underlying development and resolution…
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…