US Based · NGS & Multi-Omic Core Facility

Scientist Led Multi-Omic & NGS Services

Fully customizable, end-to-end solutions executed in our SF Bay Area lab. Guided project design, advanced sample processing, and publication ready analysis tailored to your unique sample and research goals. 

Integrated Multi-Omics Transcriptomics Genomics Epigenetics Immune Profiling Proteomics

Our services

Explore Signios Bio's Capabilities

Compare sample specifications, library prep chemistries, sequencing options, and analysis deliverables across our workflows.

RNA Sequencing - Icon

Transcriptomics

Measure gene expression across bulk, single cell, and spatial resolutions.

Genomics - Icon

Genomics

Detect genetic variations with short-read and long-read sequencing.
Epigenomics Sequencing - Icon

Epigenetics

Chromatin accessibility and epigenetic marks controlling gene expression.

Proteomics Service - Icon

Proteomics

Profile thousands of proteins with high sensitivity, affinity-based technologies.

Immune Repertoire sequencing - Icon

Immune Profiling

Bulk and single cell services for repertoire and clonal profiling.

Premade Library - Icon

Sequencing Only

Data delivered in as fast as 2 days, with library QC and pooling support.

Looking for multiomic solutions? Learn how we can analyze genomic, transcriptomic, immune profiling and epigenetics from a single sample.

Validated chemistries & instrument partners

The Signios advantage

Core lab infrastructure built for confidence

True Multi-Omic Integration

01

True Multi-Omic Integration

Run genomic, transcriptomic, epigenomic, and proteomic assays under a single roof — avoiding batch effects and technical drift from multi-vendor fragmentation.

02

100% US-Based Core Facility

All tissue processing, sectioning, library prep, and high-throughput sequencing performed locally at our SF Bay Area lab.

100% US-Based Core Facility

03

Specialized Sample Processing

Workflows compatible with all sample states including FFPE, long-term stored, and fresh samples.

04

Scientific Collaborative Model

Your project is supported by scientists with advanced academic and discovery backgrounds, ensuring rigorous data review throughout.

Scientific Collaborative Model

Our NGS workflows

A seamless end-to-end experience with rigorous quality controls

Every sample entering our Foster City, CA laboratory follows a standardized, tracking-validated flow designed to preserve sample integrity and guarantee premium data delivery.

Step 1

Scientist-to-scientist consultation reviews sample states and aligns analysis goals to compatible workflows.

Step 2

Thorough QC verifies sample conditions prior to proceeding through aligned workflows.

Step 3

Library prep with liquid handling reduces manual batch variance, incorporates custom control spikes, and unique dual indexes (UDIs).

Step 4

Libraries transition to Illumina NovaSeq X Plus for short-read data depth or the PacBio Revio for flawless long-read resolution.

Step 5

Secure delivery of raw data, standard and advanced analysis with ready-to-publish reports through a secure FTP link, Google Cloud, or AWS.

Step 1
Study Optimization & Consultation

Scientist-to-scientist consultation reviews sample states and aligns analysis goals to compatible workflows.

Step 2
Comprehensive Sample QC

Thorough QC verifies sample conditions prior to proceeding through aligned workflows.

Step 3
Validated Library Prep Services

Library prep with liquid handling reduces manual batch variance, incorporates custom control spikes, and unique dual indexes (UDIs).

Step 4
High-Throughput Sequencing

Libraries transition to Illumina NovaSeq X Plus for short-read data depth or the PacBio Revio for flawless long-read resolution.

Step 5
Data Delivery & Analysis

Secure delivery of raw data, standard and advanced analysis with ready-to-publish reports through a secure FTP link, Google Cloud, or AWS.

Bioinformatics

Choose your level of analysis

Every service can pair with one of three analysis packages. Pick the level that matches how much interpretation and support you need.

Included with every tier
Tier 1

Standard Packages

Adds
Best for teams running their own downstream analysis.
Tier 2

Advanced Packages

Everything in Standard, plus
Best for teams that want results interpreted for them.
Tier 3

Specialized Packages

Everything in Advanced, plus
Best for novel, custom, or multi-omic study designs.

Resources & Programs

Resources - icon

Whitepapers & Technical Guides

Access our full library of whitepapers, application notes, and technical guides to support your research.

Certified Service Program

Industry-Validated Genomics

Partner with confidence through our validated service programs, delivering industry-certified genomics expertise.

Referral Program - icon

Refer a Colleague, Earn Rewards

Share your Signios Bio experience with colleagues and earn rewards when they launch their first project.

Whitepaper - icon

Research Powered by Signios

Explore peer-reviewed publications and discover how researchers are leveraging our workflows for impactful science.

Frequently Asked Questions

Everything you need to plan your project

Getting started is straightforward. Connect with our team through our portal or request forms. Our technical team maps your study goals to the best available chemistries, verifies your sample preparation conditions, and builds a transparent, customized service quote.

We ingest a broad range of biological inputs: purified gDNA/RNA, fresh or frozen biofluids (serum, plasma, CSF), cryopreserved cell pellets, PBMCs, and complex archived clinical FFPE blocks or slides.

Requirements scale by technology. For optimal bulk transcriptomics we recommend RIN >7, while archived FFPE sections require DV200 ≥20%. Standard genomic applications typically need 50–1000 ng of input, though low-input workflows can handle down to 10 ng for limited clinical specimens.

We provide industry-standard, version-controlled workflows with every project. Standard delivery includes raw sequence parameters (FASTQ), optimized read alignments (BAM), and curated expression or variant tables (VCF, counts) backed by comprehensive QC validation reports.

TATs are predictable and scale with sample volume and workflow. Premade library sequencing and basic bulk expression profiles deliver in as little as 1–2 weeks. Complex single-cell, spatial, or multi-modal profiles average 3–5 weeks from sample QC sign-off.

Our services are engineered for pre-clinical, translational, and discovery-focused academic or biopharma research. While our protocols observe strict document controls, data tracking, and quality validation suitable to support regulatory submission packages, our lab is not a CLIA-certified or CAP-accredited diagnostic facility.

Ready to discuss your next sequencing project?

Tell us about your samples and goals. A PhD scientist replies within one business day with a tailored plan and quote.

Request a quote