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Connecting Clinicians for Rare Movement Disorders

Deep brain stimulation (DBS) has proven to be an effective treatment for both pediatric and adult patients with dystonia and other hyperkinetic disorders, and evidence is continually emerging to support its use in an expanding range of monogenic movement conditions. While some disorders, such as TOR1A-related dystonia, are well-established indications for DBS, many rare and ultra-rare movement disorders remain less understood. As a result, individual centers often have limited experience, with decision-making frequently guided by anecdotal observations rather than robust data.

To bridge this gap, DBSMatchMaker was developed to connect clinicians around the world—enabling them to determine the appropriateness of DBS for patients of all ages and to provide guidance on therapy adjustments for those already treated. By facilitating global collaboration, DBSMatchMaker aims to improve patient selection, counseling, treatment strategies, and overall outcomes for individuals with rare movement disorders.

Connecting Clinicians Worldwide to Advance the Care of Children Treated with Deep Brain Stimulation (DBS)

Global Collaboration

Connect with clinicians worldwide treating similar conditions with DBS

Knowledge Sharing

Learn from others’ experiences and share your expertise in DBS treatment

Better Patient Care

Improve treatment outcomes through collaborative learning and shared insights

How It Works

Genes in Database

Benefit Table
GNAO1
KMT2B
PANK2
TOR1A
ADCY5
SGCE
HPRT1
THAP1
EIF2AK2
PKAN
ATP1A3
UBA5
SLC19A3
DNAJ6
ANO3
SOX2
TNPO2
GNB1
GABRB2
PLA2G6
HPCA
CACNA1AG
AIFM1
AIMP1
SUOX
PDE2A
TUBB4A
POL3RA
NKX2-1
L2HGDH
CD40LD
WDR45
MECP2
SCN2A
IFIH1
AFG3L2
TMEM240
SLC6A3
SLC39A8
ADAR1
ACTB
ATM
ARX
MECR
GALC
PRKRA
FOXG1
KCTN1
WARS2

Strong benefit
Modest benefit
No benefit
Undetermined

Collaborating Centers