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QSP Modeling Platforms for Neuroscience

Advancing therapies with mechanism-based models for Alzheimer’s, Parkinson’s, and more

QSP models fitted for neuro indications

Certara’s QSP modeling platforms for neuroscience are designed to address the unique challenges of neuro indications. By incorporating critical biology relevant to brain function and cognition, these platforms enhance the probability of successful neuroscience drug discovery. Neurological diseases often involve complex etiologies, heterogeneous populations, and reliance on indirect biomarkers, making drug development particularly challenging. Certara’s QSP models enable in silico studies to simulate population dynamics, virtual patients, and biomarker effects, ultimately informing dosing strategies, patient selection, and clinical trial design.

阿尔茨海默病: Customizable modules for hypothesis testing and therapeutic comparisons.
Parkinson’s Disease: State-of-the-art models for cognitive outcomes and symptom management.
Psychotic Disorders: Advanced modeling for understanding disease mechanisms and treatment effects.

Certara's experience in neuroscience QSP projects

Our neuroscience QSP team has worked on projects involving various neurodegenerative diseases.

75
Neuroscience QSP modeling projects
37
Alzheimer’s disease publications
13
Parkinson’s disease publications
20
Psychotic disorders publications
Alzheimer’s disease 34%
Parkinson’s disease 16%
ALS 9%
Mood & psychiatric disorders 9%
Pain 8%
Narcolepsy 5%
Other 14%

Alzheimer’s disease 34%

Parkinson’s disease 16%

ALS 9%

Mood & psychiatric disorders 9%

Pain 8%

Narcolepsy 5%

Epilespy 2%

Multiple sclerosis 1%

QSP modeling for Alzheimer’s disease

Certara’s QSP model for Alzheimer’s disease comprises of individual modules that can be mixed and matched to build a customized model to address specific hypotheses and be used to compare novel therapeutics with current competitors on the market. Incorporating quantitative strategies maximizes model-informed drug development decisions.

Custom mechanisms

Comedications

APOE

Neuroinflammation

Neuroanatomy

Cognition

Amyloid

Tau

Characteristics

  • Aβ and tau pathology
  • Disease progression
  • BOLDfMRI
  • Comedications and Standard-of-care (SoC) medication
  • Tau propagation
  • Adverse events (ARIA incidence)
  • Genotype (ex. APOE, 5HT-R, DA-R)
  • Brain electrophysiology: circuit, neuron, and receptor activity

Biomarkers/readouts

  • CSF and plasma biomarkers
  • Aβ42/40, p-tau, t-tau levels
  • Imaging biomarkers (PET SUVR/centiloids)
  • Volumetric Brain Changes (MRI)
  • Microglial activation
  • Cytokine release
  • Brain Activity
  • Cognition (e.g. CDR-SOB, ADAS-Cog)
  • Agitation (CMAI-ABID)

Drug modalities

  • Monoclonal antibody
  • Bispecific antibody
  • Small molecule
  • Prodrug
  • ASO
  • Gene Therapy
  • BBB shuttle

QSP modeling for Parkinson’s disease

Certara’s QSP model for Parkinson’s disease is state of the art and leading the advancement of QSP modeling in the field. Our detailed QSP model of the key brain systems involved in Parkinson’s disease allow us to examine how our partner’s therapy can treat disease symptoms and ultimately affect cognitive outcomes (ex. UPDRS – Unified Parkinson’s Disease Rating Scale).

Characteristics

  • Anatomical connectivity
  • Clinically relevant neuronal firing property (LFP in STN)
  • Standard-of-care (SoC) medication
  • Alpha-synuclein pathology

Biomarkers/readouts

  • CSF a-synuclein dynamics
  • UPDRS Changes
  • Time Off Changes
  • Power spectrum of LPF in various basal ganglia regions
  • BOLDfMRI

Drug modalities

  • Optimized for augmentation therapy
  • Effect of PK properties on Time-Off optimization
  • Simulating PD-PD interactions of disease-modifying drug with SoC on functional outcomes

Explore our other QSP platform models

Certara 提供覆盖多疾病领域的定量系统药理学(QSP)平台模型,通过数据驱动的洞见加速药物开发。我们的定制化方案整合复杂生物系统,支持从研究到临床的全链条决策优化。

Speak to a QSP expert

Discover how Certara’s QSP modeling platforms for neuroscience can accelerate your therapies.

Tailored solutions for Alzheimer’s, Parkinson’s, and other neuro indications
Advanced simulation tools for patient-centric outcomes
Expertise in addressing complex neurodegenerative challenges

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