Science Communicator, Project Manager, Researcher, Nature Lover
Position at concentris research management gmbh:
Empowering European science and innovation with
#GrantWriting
#ProjectManagement
#ScienceCommunication
#Dissemination
The episode will be broadcast live on EASL.eu and can be accessed here:
📹 easl.eu/easl-studio-...
Don't miss it ☺️
The episode will be broadcast live on EASL.eu and can be accessed here:
📹 easl.eu/easl-studio-...
Don't miss it ☺️
👉 Read more: www.sciencedirect.com/science/arti...
📽️Video: youtu.be/0YF6qToBQUM
👉 Read more: www.sciencedirect.com/science/arti...
📽️Video: youtu.be/0YF6qToBQUM
👉 Team leaders discussed results from 20 new papers about late-stage #LiverDisease #cirrhosis #biomarkers and IPR topics as the project nears its final phase.
The finish line is in sight!
👉 Team leaders discussed results from 20 new papers about late-stage #LiverDisease #cirrhosis #biomarkers and IPR topics as the project nears its final phase.
The finish line is in sight!
The QSPainRelief database uses published data, existing meds & advanced models to help design more effective therapies
🎥 Intro video: youtu.be/0VWoc2fqks8
🔗 Database: qspainrelief.lacdr.leidenuniv.nl
#PainRelief #PersonalisedMedicine
The QSPainRelief database uses published data, existing meds & advanced models to help design more effective therapies
🎥 Intro video: youtu.be/0VWoc2fqks8
🔗 Database: qspainrelief.lacdr.leidenuniv.nl
#PainRelief #PersonalisedMedicine
#BenchToBedside #cirrhosis
@rajivjalan.bsky.social
#BenchToBedside #cirrhosis
@rajivjalan.bsky.social
🔗 doi.org/10.21769/Bio...
Cabañero et al. (2022), co-authored by Beltrán Álvarez & Rafael Maldonado
#Neuroscience #Analgesics
🔗 doi.org/10.21769/Bio...
Cabañero et al. (2022), co-authored by Beltrán Álvarez & Rafael Maldonado
#Neuroscience #Analgesics
📖 miRNA signatures associated with vulnerability to food addiction in mice & humans
💡Common #miRNA #signatures in mice & humans may underlie vulnerability to #FoodAddiction.
💡Targeting those miRNAs may modify maladaptive eating phenotypes.
📖 miRNA signatures associated with vulnerability to food addiction in mice & humans
💡Common #miRNA #signatures in mice & humans may underlie vulnerability to #FoodAddiction.
💡Targeting those miRNAs may modify maladaptive eating phenotypes.
📖 Presence of #Blastocystis in #GutMicrobiota associated with decreased executive function
💡Blastocystis colonisation in the gut is associated with measurable deficits in executive #CognitiveFunction, suggesting a possible #GutBrainAxis influence on cognition.
📖 Presence of #Blastocystis in #GutMicrobiota associated with decreased executive function
💡Blastocystis colonisation in the gut is associated with measurable deficits in executive #CognitiveFunction, suggesting a possible #GutBrainAxis influence on cognition.
📖 Tetrahydrocannabinol #THC exposure in #adolescence elevates #impulsivity-like behaviour in #adulthood in a self-administration mouse model
💡Young-age THC exposure may produce a lasting impulsivity increase & neurochemical changes that predispose to #AddictiveBehaviour.
📖 Tetrahydrocannabinol #THC exposure in #adolescence elevates #impulsivity-like behaviour in #adulthood in a self-administration mouse model
💡Young-age THC exposure may produce a lasting impulsivity increase & neurochemical changes that predispose to #AddictiveBehaviour.
📖 #CB2 #CannabinoidReceptor & the development of food addiction in mice
💡CB2R is a modulatory node in the control of hedonic feeding and vulnerability to #FoodAddiction, making it a potential therapeutic target for eating disorders
📖 #CB2 #CannabinoidReceptor & the development of food addiction in mice
💡CB2R is a modulatory node in the control of hedonic feeding and vulnerability to #FoodAddiction, making it a potential therapeutic target for eating disorders
📖 A self-administration mouse model to study #CannabinoidAddiction
💡This novel #MouseModel provides a rigorous tool to study #CannabinoidAddiction & the neurobiological mechanisms of #vulnerability vs. #resilience.
📖 A self-administration mouse model to study #CannabinoidAddiction
💡This novel #MouseModel provides a rigorous tool to study #CannabinoidAddiction & the neurobiological mechanisms of #vulnerability vs. #resilience.
✅ Less pain
😵💫 Fewer side effects
☺️ Better QoL
✨ Here are 5 key papers about 🧠-mechanisms linked to #addiction #cognition #impulsivity
✅ Less pain
😵💫 Fewer side effects
☺️ Better QoL
✨ Here are 5 key papers about 🧠-mechanisms linked to #addiction #cognition #impulsivity
🔗 doi.org/10.1021/acs....
🧬 Structural assessment of #agonist #efficacy at the μ-opioid receptor #MOR
👉 #morphine and #fentanyl elicit different activation patterns
🔗 doi.org/10.1021/acs....
🧬 Structural assessment of #agonist #efficacy at the μ-opioid receptor #MOR
👉 #morphine and #fentanyl elicit different activation patterns
👏 One of our 2 high-impact Nature publications was also the 1st QSPainRelief article:
📈 Bruzzese, Dalton & Giraldo (2020) present their #MolecularDynamics work & the best statistics to analyse it.
🔗 www.nature.com/articles/s41...
👏 One of our 2 high-impact Nature publications was also the 1st QSPainRelief article:
📈 Bruzzese, Dalton & Giraldo (2020) present their #MolecularDynamics work & the best statistics to analyse it.
🔗 www.nature.com/articles/s41...
🔗 doi.org/10.3390/ijms...
#allostery #pharmacology #receptors #ligands
🔗 doi.org/10.3390/ijms...
#allostery #pharmacology #receptors #ligands
Find out👉: doi.org/10.1021/acso...
Spoiler😉: The F237L mutation mimics #allosteric #ligand effects, globally altering #receptor conformations and hindering activation
#GPCR
Find out👉: doi.org/10.1021/acso...
Spoiler😉: The F237L mutation mimics #allosteric #ligand effects, globally altering #receptor conformations and hindering activation
#GPCR
This paper delves into how #BindingKinetics reshape our understanding of #allosteric modulation. When it comes to cooperativity effects, it's all about
👉 WHERE molecules bind
👉 HOW FAST
👉 and in WHICH SEQUENCE
🔗 doi.org/10.1016/j.dr...
#allostery #pharmacology #DrugDesign #GPCRs
This paper delves into how #BindingKinetics reshape our understanding of #allosteric modulation. When it comes to cooperativity effects, it's all about
👉 WHERE molecules bind
👉 HOW FAST
👉 and in WHICH SEQUENCE
🔗 doi.org/10.1016/j.dr...
#allostery #pharmacology #DrugDesign #GPCRs
🔗 doi.org/10.1016/j.bc...
#Pharmacology #GPCRs
🔗 doi.org/10.1016/j.bc...
#Pharmacology #GPCRs
🧠 Using the LeiCNS-PK3.0 PBPK model, they predicted mouse #brainECF #pharmacokinetics for 10 drugs
✅ Accurate for 7 drugs
✅ First mechanistic #CNS PBPK #model in mice
✅ Strong translational potential
#TranslationalPharmacology #DrugDevelopment
🧠 Using the LeiCNS-PK3.0 PBPK model, they predicted mouse #brainECF #pharmacokinetics for 10 drugs
✅ Accurate for 7 drugs
✅ First mechanistic #CNS PBPK #model in mice
✅ Strong translational potential
#TranslationalPharmacology #DrugDevelopment
🧠The transport of #morphine across the #BBB is non-linear - this is important for #receptor #occupancy predictions. Find out how BBB dynamics inform smarter, safer dosing strategies!
🧠The transport of #morphine across the #BBB is non-linear - this is important for #receptor #occupancy predictions. Find out how BBB dynamics inform smarter, safer dosing strategies!
💡This might also explain some inter-individual differences!
🔗 bpspubs.onlinelibrary.wiley.com/doi/10.1111/...
#ChronicPain #opioids
💡This might also explain some inter-individual differences!
🔗 bpspubs.onlinelibrary.wiley.com/doi/10.1111/...
#ChronicPain #opioids
Potential impact:
👉 Lowering #opioid doses
👉 Maintaining treatment efficacy
👉 Reducing side effects & abuse liability
🔗 www.page-meeting.org/default.asp?...
#ChronicPain #Pain
Potential impact:
👉 Lowering #opioid doses
👉 Maintaining treatment efficacy
👉 Reducing side effects & abuse liability
🔗 www.page-meeting.org/default.asp?...
#ChronicPain #Pain