Regulatory & Disease-Related Target Proteins

Biological regulation depends on a wide range of proteins that do not belong to classical receptor or enzyme categories, yet play decisive roles in signaling integration, metabolic balance, immune modulation, and disease progression.

This product category brings together regulatory and disease-related target proteins that serve as critical molecular nodes across multiple biological systems.

Beyond Classical Target Categories

Many clinically and biologically important proteins function as:

Secreted regulators rather than ligands or receptors
Intracellular adaptors rather than catalytic enzymes
Context-dependent modulators rather than pathway initiators

Grouping these proteins under a unified regulatory framework enables researchers to study system-level control mechanisms, rather than isolated molecular events.

Core Research Areas Supported

Metabolic and Endocrine Regulation

Secreted and circulating proteins involved in lipid metabolism, nutrient sensing, and systemic homeostasis support research in metabolic disease and cardiovascular biology.

Immune Modulation and Inflammatory Signaling

Proteins regulating immune activation, inflammatory cascades, and tissue responses enable mechanistic studies of immune balance and dysregulation.

Coagulation, Vascular Biology, and Tissue Remodeling

Targets associated with coagulation control, extracellular signaling, and vascular processes support translational research in thrombosis and vascular disease.

Signal Transduction and Transcriptional Control

Adaptor proteins and epigenetic regulators enable investigation of intracellular signaling integration and gene expression regulation.

Neurological and Synaptic Function

Select proteins in this category are widely used in studies of synaptic organization, neurodegeneration, and nervous system signaling.

Representative Protein Classes

This category includes recombinant proteins spanning diverse functional classes, such as:

Secreted regulatory proteins and binding proteins
Coagulation and inflammation-associated targets
Intracellular signaling adaptors and epigenetic regulators
Lectins and extracellular interaction mediators
Disease-associated structural and regulatory proteins

Multiple species variants (human, mouse, rat, non-human primate) are available to support translational and comparative studies.

Formats Designed for Experimental Flexibility

Proteins are offered in formats optimized for different research applications, including:

Tag-free recombinant proteins
His-tagged proteins for biochemical assays
Fc fusion proteins for binding and functional studies
Species-specific variants for in vivo relevance

Expression systems are selected based on folding, post-translational modification, and functional requirements.

Available Recombinant Proteins

Explore Regulatory & Disease-Related Target Proteins

Browse the full selection of regulatory and disease-related target proteins to identify tools aligned with your research objectives.

Custom constructs, species variants, and related targets are available upon request.

Cat.No.	Product Name	Price
RP00010	Recombinant Human RBP4 (Tag free)	Inquiry
RP00019	Recombinant Human ANGPTL3 (C-6His)	Inquiry
RP00026	Recombinant Mouse ApoE (C-6His)	Inquiry
RP00032	Recombinant Human SOST (C-6His)	Inquiry
RP00051	Recombinant Human TF (C-Fc)	Inquiry
RP00060	Recombinant Rhesus Macaque TF (C-6His)	Inquiry
RP00090	Recombinant Rhesus Macaque TF (C-6His)	Inquiry
RP00094	Recombinant Human TF (C-Fc)	Inquiry
RP00123	Recombinant Rhesus Macaque TF (C-6His)	Inquiry
RP00128	Recombinant Mouse TF (C-6His)	Inquiry
RP00131	Recombinant Mouse SEMA4D (C-Fc)	Inquiry
RP00162	Recombinant Human TTR (C-6His)	Inquiry
RP00172	Recombinant Human TF (C-6His)	Inquiry
RP00179	Recombinant Mouse SOST (C-6His)	Inquiry
RP00203	Recombinant Human SEMA4D (C-Fc)	Inquiry

* For research use only. Not intended for any clinical use.

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