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Multiple discussions emphasize the significance of recent malaria research, often highlighting novel models like brain microvessel studies or the role of host proteins, with words like 'excited', 'analysis', and 'broadening understanding' conveying enthusiasm and depth, while references to upcoming seminars and publications indicate an active and impactful scientific discourse.
Many discussions express support or optimism about ongoing malaria research, reflecting general agreement with the importance of the publication.
The texts show high curiosity, with many posts mentioning upcoming presentations, new models, and recent findings, highlighting strong interest.
Posters and scientists seem to be actively discussing methodologies and implications, indicating meaningful engagement.
The focus on new research models, therapeutic avenues, and theoretical insights suggests the discussions have moderate potential to influence future studies or clinical practices.
Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red blood cells that are involved in malaria pathogenesis and their interaction with host genetic variants such as sickle cell and Dantu. https://t.co/l5EAa6K9oF
Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria pathogenesis, Tau Pathogenesis, and Retinal Anatomy. Apply by June 10: https://t.co/JYsueC5n8u https://t.co/KRx1D6Fgm2
Pre-print alert
Excited to share our latest publication on pathogenesis of cerebral malaria "Linking Cerebral Malaria Pathogenesis to APOE-Mediated Amyloidosis: observations and Hypothesis". Access full article here, https:/rdcu.be/dOhAB @KEMRI_Wellcome @TropMedOxford @wellcometrust
Review in this collection: Unravelling mysteries at the #perivascular space: a new rationale for #cerebral #malaria #pathogenesis, authored by @Malaria_Sam @TaniadKW Georges Grau & @PaiSaparna. @LSHTM @DeakinMedicine @IMPACTDeakin @AITropHealthMed @jcu https://t.co/v5ASASZ2wA https://t.co/MjFP3am6CL https://t.co/4M2XKuPsFe
The malaria parasite has a complex lifecycle, with only certain stages causing human symptoms. Symptoms like fever and anemia result from parasite processes and human responses, influenced by parasite genetics…
This video discusses malaria symptoms, its complex lifecycle, and prevention methods, emphasizing the importance of health education and awareness for disease control.
With less than 1 week to go, we’re thrilled to feature Dr. Lavstsen in our upcoming webinar.
Cuproptosis-driven astrocyte reactivity exacerbates experimental cerebral #malaria pathogenesis Parasites&Vectors
RT @bloodSparasites: Cuproptosis-driven astrocyte reactivity exacerbates experimental cerebral #malaria pathogenesis https://t.co/bAMMvZqID…
Cuproptosis-driven astrocyte reactivity exacerbates experimental cerebral #malaria pathogenesis Parasites&Vectors
Cuproptosis-driven astrocyte reactivity exacerbates experimental cerebral #malaria pathogenesis https://t.co/bAMMvZqIDL Parasites&Vectors
RT @rahul3555: Looking forward to #TropMed25, where I'll be presenting on Malaria: Pathogenesis of the Brain, Blood, and Beyond. I hope you…
Looking forward to #TropMed25, where I'll be presenting on Malaria: Pathogenesis of the Brain, Blood, and Beyond. I hope you'll join me for my talk on Nov 12th. #IAmTropMed https://t.co/iXnRstdZCs
Last year TB ,Malaria pathogenesis/pathophysiology zilikuwa kila pahali,unajua ata kama hutaki haha https://t.co/SRByqUK7fE
Today my main PHD project in the lab of Dr. Maria Bernabeu was published! Using a 3D brain microvessel model, we show: 1) an unappreciated role of brain pericytes in cerebral malaria pathogenesis 2) Tie-2 activation by AKB-9778 as a potential therapeutic avenue www.embopress.org/doi/full/10....
Publishing on pregnancy-associated malaria pathogenesis in 2024 positioned you as a thought leader in immunology. #TIISWorkshop2025 #CongratulationsLucy
RT @BonfaceOngeriW: Her doctoral research has already produced two influential publications on malaria pathogenesis and pregnancy immunity.…
RT @BonfaceOngeriW: Her doctoral research has already produced two influential publications on malaria pathogenesis and pregnancy immunity.…
RT @BonfaceOngeriW: Her doctoral research has already produced two influential publications on malaria pathogenesis and pregnancy immunity.…
RT @BonfaceOngeriW: Her doctoral research has already produced two influential publications on malaria pathogenesis and pregnancy immunity.…
Her doctoral research has already produced two influential publications on malaria pathogenesis and pregnancy immunity. #TIISWorkshop2025 #CongratulationsLucy https://t.co/8n2dafo2pN
Differential expression of miRNAs dictates the susceptibility/resistance during #malaria pathogenesis #ActaTropica
RT @bloodSparasites: Differential expression of miRNAs dictates the susceptibility/resistance during #malaria pathogenesis https://t.co/ULg…
RT @bloodSparasites: Differential expression of miRNAs dictates the susceptibility/resistance during #malaria pathogenesis https://t.co/ULg…
Differential expression of miRNAs dictates the susceptibility/resistance during #malaria pathogenesis #ActaTropica
Differential expression of miRNAs dictates the susceptibility/resistance during #malaria pathogenesis https://t.co/ULgzqGKeun #ActaTropica https://t.co/wGxa3KFBD1
Malaria remains a significant public health challenge in Brazil. Plasmodium vivax is the predominant species. Dysregulated immune responses contribute to malaria pathogenesis. In this study, peripheral blood mononuclear cells (PBMCs) wer... #MSchat #MS #Neurology #MultipleSclerosis #NeuroSky #MedSky
@biorxiv_cellbio Interesting research on lipid transfer proteins! Understanding their role in malaria pathogenesis could open new therapeutic avenues. I'm curious, what are the potential implications for targeting these proteins in malaria treatment? For more in-depth exploration on topics like
#NewArticle
Pre-print alert
ETS-guided iPSC-endothelial models recapitulate malaria pathogenesis bioRxivpreprint
RT @bloodSparasites: ETS-guided iPSC-endothelial models recapitulate malaria pathogenesis https://t.co/12rpaelEaw bioRxivpreprint https://t…
RT @biorxiv_micrbio: ETS-guided iPSC-endothelial models recapitulate malaria pathogenesis https://t.co/eZjvz8YIqf #biorxiv_micrbio
ETS-guided iPSC-endothelial models recapitulate malaria pathogenesis https://t.co/12rpaelEaw bioRxivpreprint https://t.co/x13uWmPigq
ETS-guided iPSC-endothelial models recapitulate malaria pathogenesis bioRxivpreprint
ETS-guided iPSC-endothelial models recapitulate malaria pathogenesis https://www.biorxiv.org/content/10.1101/2025.07.01.662615v1
ETS-guided iPSC-endothelial models recapitulate malaria pathogenesis https://www.biorxiv.org/content/10.1101/2025.07.01.662615v1
ETS-guided iPSC-endothelial models recapitulate malaria pathogenesis https://t.co/eZjvz8YIqf #biorxiv_micrbio
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
RT @IDeAL_KEMRI_WT: Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red bloo…
Today on #WorldMalariaDay, we highlight one of our Fellows whose project aims to identify parasite proteins on red blood cells that are involved in malaria pathogenesis and their interaction with host genetic variants such as sickle cell and Dantu. https://t.co/l5EAa6K9oF
New spotlight alert! Today, we're hearing from Giselle Geering, an undergraduate studying malaria pathogenesis with Amy Bei.
"Review on cerebral malaria—Pathogenesis and role of EphA2 receptor in maintaining blood brain barrier integrity": https://t.co/OCxzMmpfJN
RT @TrendsParasitol: Review in this collection: Unravelling mysteries at the #perivascular space: a new rationale for #cerebral #malaria #p…
RT @TrendsParasitol: Review in this collection: Unravelling mysteries at the #perivascular space: a new rationale for #cerebral #malaria #p…
Review in this collection: Unravelling mysteries at the #perivascular space: a new rationale for #cerebral #malaria #pathogenesis, authored by @malaria-sam.bsky.social Tania de Koning-Ward, Georges Grau & Saparna Pai. @lshtm.bsky.social @jcuofficial.bsky.social www.cell.com/trends/paras...
Review in this collection: Unravelling mysteries at the #perivascular space: a new rationale for #cerebral #malaria #pathogenesis, authored by @Malaria_Sam @TaniadKW Georges Grau & @PaiSaparna. @LSHTM @DeakinMedicine @IMPACTDeakin @AITropHealthMed @jcu https://t.co/v5ASASZ2wA https://t.co/MjFP3am6CL https://t.co/4M2XKuPsFe
Thrilled to announce our latest paper in Journal of Infection (@ElsevierConnect)!
RT @TrendsParasitol: Drs Taylen Nappi & Noah Butler review #metabolic interplay between the host & #Plasmodium parasites during #malaria. #…
RT @TrendsParasitol: Drs Taylen Nappi & Noah Butler review #metabolic interplay between the host & #Plasmodium parasites during #malaria. #…
Drs Taylen Nappi & Noah Butler review #metabolic interplay between the host & #Plasmodium parasites during #malaria. #Pathogenesis #Antibody #Thelper @UIowaMicrobio @uiowa https://t.co/QjbmkplWz4 https://t.co/yyeFdpKf1Q
Excited to present my poster at #TropMed24: Deregulation of NETosis in Pediatrics with Severe Malaria Anemia, Poster number 7270. Explore how NETosis contributes to malaria pathogenesis in children. Let's discuss this and more at the conference! #TropMed24 #ASTMH https://t.co/4XIXuWm180
@KEMRI_Wellcome Findings from this study will broaden our understanding of malaria pathogenesis and naturally acquired immunity to malaria and help in developing further interventions to mitigate malaria. Much appreciation to @Shaban Mwangi, @Kioko Mwikali, and @Kevin Wamae
Registration is now open for the 2024 NIAID Malaria Research Program Symposium! At this Symposium, researchers at the NIH and institutes in the greater Washington D.C. area & invited guest speakers, will discuss the latest research on malaria pathogenesis and vaccine development
RT @Michael17296594: Linking Cerebral Malaria Pathogenesis to APOE-Mediated Amyloidosis: Observations and Hypothesis https://t.co/Qy5ZRaE4…
Linking Cerebral Malaria Pathogenesis to APOE-Mediated Amyloidosis: Observations and Hypothesis https://t.co/Qy5ZRaE4M5
RT @bloodSparasites: PfEMP1 and var genes - Still of key importance in #Plasmodium falciparum #malaria pathogenesis and immunity https://t.…
PfEMP1 and var genes - Still of key importance in #Plasmodium falciparum #malaria pathogenesis and immunity https://t.co/frgecMlu2I PubMed_
Plz join us for a seminar by Dr. Reetesh R. Akhouri from IIT Madras (Faculty Candidate), tomorrow 5th Aug, B217, 12-1:30pm. Talk: Host factors modulate malaria pathogenesis His research area is decoding how host factors modulate parasite virulence using biochem and str methods.
PfEMP1 and var genes - Still of key importance in Plasmodium falciparum malaria pathogenesis and immunity https://t.co/5NAlyAtyVf PubMed
RT @c_cbel_: at all. I didn’t want to be extracting DNA all the time just to work on malaria when cancer was there. Now after spending clos…
RT @c_cbel_: at all. I didn’t want to be extracting DNA all the time just to work on malaria when cancer was there. Now after spending clos…
at all. I didn’t want to be extracting DNA all the time just to work on malaria when cancer was there. Now after spending close to 11 months working in the lab on “Establishing a link between the Vel blood group antigen and malaria pathogenesis”, I’ve never felt this excited to
@HKaweesi Discuss the mechanisms of resistance to antimalarial drugs and how they impact treatment strategies. 2. Discuss the role of host genetics in malaria pathogenesis and resistance, particularly focusing on Duffy antigen negativity and its relationship with Plasmodium vivax.
RT @KEMRI_Wellcome:
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RT @aabdi78_abdi: Excited to share our latest publication on pathogenesis of cerebral malaria "Linking Cerebral Malaria Pathogenesis to APO…
RT @aabdi78_abdi: Excited to share our latest publication on pathogenesis of cerebral malaria "Linking Cerebral Malaria Pathogenesis to APO…
RT @aabdi78_abdi: Excited to share our latest publication on pathogenesis of cerebral malaria "Linking Cerebral Malaria Pathogenesis to APO…
Excited to share our latest publication on pathogenesis of cerebral malaria "Linking Cerebral Malaria Pathogenesis to APOE-Mediated Amyloidosis: observations and Hypothesis". Access full article here, https:/rdcu.be/dOhAB @KEMRI_Wellcome @TropMedOxford @wellcometrust
The second half of Structure of Nucleic Acids at #ACA2024 did not disappoint either with talks from Rui Zhou, Yihau Li, and Steve Bonilla. Up next: DEI session, afternoon talks, and the posters. Stop by my poster later on the role of a bromodomain protein in malaria pathogenesis. https://t.co/rQmUTM1rd7
RT @IBECBarcelona: #B4Symposium |
#B4Symposium |
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
François Korbmacher has participated in the #B4Symposium "Stem Cell-Derived Blood-Brain Barrier Infection Models To Study Malaria Pathogenesis" Want to know more about Malaria research at EMBL Barcelona?
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
RT @BioRTCNig: Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria patho…
Join us for the #BioRTC2024 Workshop to learn how to use #Bioimaging and other techniques to study topics like malaria pathogenesis, Tau Pathogenesis, and Retinal Anatomy. Apply by June 10: https://t.co/JYsueC5n8u https://t.co/KRx1D6Fgm2
RT @bloodSparasites: Correction: Chorismate synthase mediates cerebral #malaria pathogenesis by eliciting salicylic acid-dependent autophag…
Correction: Chorismate synthase mediates cerebral #malaria pathogenesis by eliciting salicylic acid-dependent autophagy response in parasite https://t.co/A2uagnDkKd PubMed_
@rnbloti @Fissypie1 @AmethystDigits @Yinksie_ @Avantasiart If you know anything about malaria pathogenesis you will know it is the first sign that this tale doesn’t add up. Unfortunately, it is the colonizer’s tale is already to deep rooted. That’s why we are even typing in English.
A comprehensive rhythmicity analysis of host proteins and immune factors involved in malaria pathogenesis to decipher the importance of host circadian clock in malaria
Is there a role for bradykinin in cerebral malaria pathogenesis?
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