DRCMR Logo 300px Color
 

Key Projects

Key projects of DRCMR 

 Active Key Projects of DRCMR:

 

ADAPT PD logo

ADAPT-PD

ADAPT-PD (ADAptive and Precise brain-circuit Targeting in Parkinson’s disease) focuses on investigating dysfunctional circuit dynamics in cortico-basal ganglia (CBG) projections to improve motor and non-motor function in Parkinson´s disease using a multi-modal approach.
C MORPH Billede 1

C-MORPH

In this project, we advance methodology on state-of-the-art MR hardware and harvest the synergy of these methods to realize Cell-specific in vivo MORPHometry (C-MORPH) of the intact human brain and spinal cord.
lifebrain

Lifebrain

A project on optimizing the use of European brain imaging cohorts – Healthy minds for 0-100 years.

 

Physical Activity as Intervention for Age-Related Loss of Muscle Mass and Brain Structure and Function: the LISA study. 

LISA: a randomized Controlled Trial of the effects of 1-year resistance exercise on muscle power, strength, and mass, functional ability, mental well-being, cognitive function, and brain morphology in retirement-age individuals. 

 

Precision BCT

Precision Brain-Circuit Therapy: Personalized multi-target brain stimulation to restore brain function in treatment-resistant depression
REFRESH logo 300x104

REFRESH

The REFRESH (REtaining Female RESearcH talent at DRCMR: Supporting successful transition to senior research roles) initiative is aimed at tackling the gender imbalance at senior research levels at the DRCMR. The initiative focuses on five pillars: awareness of gender bias, survey-based data collection, strategic workshops, visibility of female role models, and a mentoring programme for women in neuroscience. 
 

SimNIBS-FMRI 

SimNIBS-FMRI is funded completely by NIH BRAIN Initiative with the aim to promote the widespread use of accurate simulations based on finite-element methods (FEM) in research and clinical environments through extending and scaling SimNIBS (‘Simulation of Non-Invasive Brain Stimulation’).
TECTO Logo

TECTO Brain Imaging

TECTO is the first large random clinical trial (RCT) in pediatric OCD to include neuroimaging. Characterizing the neural underpinnings of response to FCBT is essential for improving treatment efficacy and identifying potential new treatment targets.

UHEAL logo

UHEAL: Uncovering hidden hearing loss

The UHEAL project is a collaborative synergy supported by the Novo Nordisk Foundation with the aim to understand, describe, and diagnose hidden hearing loss in human patient.

VIA11 Logo

The Danish High Risk and Resilience Study - VIA

The Danish High Risk and Resilience Study - VIA is a national longitudinal study of 522 children born to parents with or without a diagnosis of either schizophrenia or bipolar disorder. The DRCMR research is completely funded by Innovationsfonden.

NIPS CP

NIBS-CP
Stay tuned...

 

 


Previous Key Projects of DRCMR:

 

22q11 image

The Danish 22q11 Research Initiative

The 22q11 deletion as an at-high risk model for neurodevelopmental disorders such as schizophrenia and autism: Uncovering the neurobiological underpinnings. 

Basics

BaSiCs

BaSiCs (Biophysically adjusted State-informed Cortex stimulation) is a collaboration with the          Technical University of Denmark (DTU) and is supported by a synergy grant from Novo Nordisk    Foundation (2015-2018).

contact logo

The Control of Actions - ContAct

In our everyday life, we need to flexibly adjust our actions to the challenges imposed by our environment, our internal state and last but not least the social context a situation is embedded in.
LifeMabs 

Early Life Determinants of Midlife Mental Development and Brain Structure (LifeMabs)

LifeMabs is a midlife assessment of cognition, personality, social functioning and MRI of participants with unique information from the pre- and perinatal life period, childhood, young adulthood and midlife.

MAXIV Imagers project

 MAX IV Imagers

The MAX IV Imagers' focus is upon the development of new image analyses algorithms that make it possible for both researchers and clinicians to understand the highly detailed anatomical patterns in synchrotron images.

 Omnisam

OmniSaM 

The Omnisam (Omnibus Satiety Metric) is a multimodal metric for predicting the satieting effects of real foods and drinks.