Psychoradiology

Psychoradiology is an open access journal which aims to bridge the gap between neuroscientists and clinicians.

[Psychoradiology @PSYRAD2]

https://t.co/sN1FSbH0hg
📊To investigate these disruptions, this study used multimodal MRI and neurotransmitter mapping:
🔹Data: Acquired resting-state fMRI, task-state fMRI, and DTI data.
🔹Evaluated neural activity, FC,SC, and structure–function coupling.

#fMRI #Thalamus

[Psychoradiology @PSYRAD2]

🚨New research (Cheng Luo et al)!
👁️This multimodal MRI study reveals widespread impaired connectivity between the thalamus and both the dorsal and ventral visual pathways in patients with schizophrenia.

New targets for non-invasive treatment.🚀
🔗:https://t.co/1eRFWBDW4j
#fMRI

[Psychoradiology @PSYRAD2]

https://t.co/sN1FSbH0hg
💡This study explores how disrupted thalamo-visual circuits drive schizophrenia symptoms:

-The specific relationship between the thalamus and dorsal/ventral visual regions in Schizophrenia remains unclear.

🔗: https://t.co/1eRFWBDW4j
#Schizophrenia #fMRI

[Psychoradiology @PSYRAD2]

🚨New research (Cheng Luo et al)!
👁️This multimodal MRI study reveals widespread impaired connectivity between the thalamus and both the dorsal and ventral visual pathways in patients with schizophrenia.

New targets for non-invasive treatment.🚀
🔗:https://t.co/1eRFWBDW4j
#fMRI

[Psychoradiology @PSYRAD2]

🚨New research (Cheng Luo et al)!
👁️This multimodal MRI study reveals widespread impaired connectivity between the thalamus and both the dorsal and ventral visual pathways in patients with schizophrenia.

New targets for non-invasive treatment.🚀
🔗:https://t.co/1eRFWBDW4j
#fMRI

[Psychoradiology @PSYRAD2]

🧠This review maps the White Matter functional connectome, highlighting its reliability in predicting intelligence and identifying inter-subject variability.🚀

🔗: https://t.co/RK1ogbh4hf

#rsfMRI #WhiteMatter #Neuroimaging #BrainConnectome

[Psychoradiology @PSYRAD2]

https://t.co/eZbzOiicap
🧠Key Take-aways:
-Increased Brain-PAD is a robust quantitative marker for the conversion from subthreshold depression to full MDD
-Brain age could facilitate early detection and help guide interventions targeting brain health in high-risk individuals
#MDD

[Psychoradiology @PSYRAD2]

🚨 New research in @psychoradiology (Ruibin Zhang et al., 2025)!

This study reveals that accelerated brain aging (Brain-PAD) serves as a stable, quantitative marker for predicting the progression from subthreshold depression to MDD. 🧠📉

#MDD #MachineLearning #Aging #UkBiobank

[Psychoradiology @PSYRAD2]

✅This association remained robust even after controlling for various biological and environmental covariates.
🔗: https://t.co/ldhTw5Qo8D
#MDD #Depression #MachineLearning #Aging #UkBiobank

[Psychoradiology @PSYRAD2]

New study on neurobiological markers of subthreshold depression progression found:
✅Individuals whose condition worsened to MDD showed significantly greater brain aging than those who recovered.
✅Higher Brain-PAD was significantly associated with increased MDD progression risk

[Psychoradiology @PSYRAD2]

https://t.co/eZbzOiicap
New research using UK Biobank and ML maps brain aging's link to depression progression:
🔹SVR model to calculate Brain-PAD
🔹Logistic regression to assess Brain-PAD’s stability as a predictor while adjusting for sex, lifestyle, and socioeconomic factors.📊

[Psychoradiology @PSYRAD2]

🚨 New research in @psychoradiology (Ruibin Zhang et al., 2025)!

This study reveals that accelerated brain aging (Brain-PAD) serves as a stable, quantitative marker for predicting the progression from subthreshold depression to MDD. 🧠📉

#MDD #MachineLearning #Aging #UkBiobank

[Psychoradiology @PSYRAD2]

https://t.co/eZbzOihEkR
- MDD is linked to accelerated brain aging, but research relies mainly on cross-sectional data.
- Brain aging's role in subthreshold depression progression remains unclear.

🌐This new study examines whether brain aging predicts depression's trajectory.

[Psychoradiology @PSYRAD2]

🚨 New research in @psychoradiology (Ruibin Zhang et al., 2025)!

This study reveals that accelerated brain aging (Brain-PAD) serves as a stable, quantitative marker for predicting the progression from subthreshold depression to MDD. 🧠📉

#MDD #MachineLearning #Aging #UkBiobank

[Psychoradiology @PSYRAD2]

🔗: https://t.co/ldhTw5PQj5
#MDD #Depression #MachineLearning #Aging #UkBiobank

[Psychoradiology @PSYRAD2]

🚨 New research in @psychoradiology (Ruibin Zhang et al., 2025)!

This study reveals that accelerated brain aging (Brain-PAD) serves as a stable, quantitative marker for predicting the progression from subthreshold depression to MDD. 🧠📉

#MDD #MachineLearning #Aging #UkBiobank

[Psychoradiology @PSYRAD2]

Bottom line: We can now predict addiction severity through a robust neural "signature" of how key brain networks collaborate.
🔗: https://t.co/hURTotZ724
#AddictiveBehavior #InternetGamingDisorder #CPM #Brain

[Psychoradiology @PSYRAD2]

🎮Take-aways about this new study on internet gaming addiction:
✅Individual variability in IGD severity is rooted in the connectivity between subcortical and frontoparietal systems.
✅These identified circuits provide specific, high-potential targets for future interventions.

[Psychoradiology @PSYRAD2]

🔹 These findings were replicated in independent data, confirming the network’s reliability as a biomarker.
🔗: https://t.co/hURTotZERC
#AddictiveBehavior #InternetGamingDisorder #CPM #Brain

[Psychoradiology @PSYRAD2]

New research on the neural signatures of internet gaming disorder severity found:
-CPM predicted individual addiction scores from brain connectivity.
-Predictive power was driven by internetwork links between subcortical, subvisual, and frontoparietal networks
#AddictiveBehavior

[Psychoradiology @PSYRAD2]

https://t.co/hGlQsEGR83
New research used advanced rs-fMRI and machine learning to map the neural predictors of IGD severity:

💡Sample: 443 with IGD and 143 recreational game users.
💡Connectome-based predictive modeling to decode addiction metrics from whole-brain connectivity.

[Psychoradiology @PSYRAD2]

New Research Alert! 🚨

This study identified a "Neural Fingerprint" that predicts the severity of Internet Gaming Disorder (IGD).

By mapping cross-network connectivity, addiction levels can now be quantified through brain activity! 🧠✨ 🏥
🔗: https://t.co/hURTotZERC
#Game

[Psychoradiology @PSYRAD2]

https://t.co/hGlQsEGR83
Why do we need brain networks to understand gaming addiction?
🔹Traditional research doesn't fully explain IGD severity variability.
🔹Mapping large-scale network communication is key for reliable biomarkers. 🗣️🌐
#InternetGamingDisorder #CPM #Brain

[Psychoradiology @PSYRAD2]

New Research Alert! 🚨

This study identified a "Neural Fingerprint" that predicts the severity of Internet Gaming Disorder (IGD).

By mapping cross-network connectivity, addiction levels can now be quantified through brain activity! 🧠✨ 🏥
🔗: https://t.co/hURTotZERC
#Game

[Psychoradiology @PSYRAD2]

New Research Alert! 🚨

This study identified a "Neural Fingerprint" that predicts the severity of Internet Gaming Disorder (IGD).

By mapping cross-network connectivity, addiction levels can now be quantified through brain activity! 🧠✨ 🏥
🔗: https://t.co/hURTotZERC
#Game

[Lijing Xin @lijing_MR]

🚀 Excited to announce the ISMRM workshop:

🧠 Advancing Translational MR Neuroimaging: Towards Imaging Biomarkers in Psychiatry & Neurodegeneration

📍 Lausanne, Switzerland
📅 25–27 Aug 2026

📢 Abstracts open now
🗓 Deadline: 2 June 2026

https://t.co/NIV9Qk8YmM

[Psychoradiology @PSYRAD2]

👉Check out this article on reduced TSPO availability in prefrontal–limbic circuits—a neuroimmune suppression marker—linking microglial dysfunction to anhedonia in PTSD.

Read more:
🔗: https://t.co/t0LYjjkjfy
#MolecularImaging #PTSD #PET #Tramua #Brain