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NTHRYS Projects — Sector and Field Based Catalog (Research | Industrial | Academic | Government)

NTHRYS >> Projects >> NTHRYS Projects — Sector and Field Based Catalog (Research | Industrial | Academic | Government)

World-Class Projects at NTHRYS.

We architect, validate, and execute end-to-end research, industrial, academic, and government projects—combining rigorous design, regulatory-ready methods, and data-driven delivery to turn ideas into measurable, on-time, outcomes.

Search Projects Based on Field
Projects Based on Sector
SECTOR

Research / Industrial / Academic / Govt

Select the operating sector to shape objectives, deliverables, timelines, and compliance pathways.

Research Industrial Academic Govt
About
Research: hypothesis-driven studies, experimental design, grants, preprints/publications.
Industrial: productization, QA/QC, validation packs, IP strategy, scale-up & tech transfer.
Academic: coursework alignment, mentoring, thesis/dissertation deliverables, ethical approvals.
Govt: surveillance & public programs, standards/policy pilots, tenders, compliance and reporting.
Projects based on Type of Category
LAB MODALITY

Wet / Dry / Hybrid

How the work is done—bench-first, in-silico, or an integrated loop.

Wet Lab Dry Lab Hybrid
About
Wet: culturing, assays, instrument runs, SOP/QC. Dry: pipelines, modelling, statistics, dashboards. Hybrid: design→simulate→experiment→validate loops with bidirectional data handoffs.
DOMAIN

Discipline / Domain

The primary scientific area framing objectives and methods.

Microbiology Biotechnology Bioinformatics Biochemistry
About
Typical works: literature mapping, experiment design aligned to the discipline, domain-specific analytics, reporting to stakeholders in that field.
OMICS

Omics Layer

Which systems layer is interrogated, integrated, or engineered.

Genomics Transcriptomics Proteomics Metabolomics Lipidomics Glycomics
About
Works include sample prep, platform-specific runs, raw→clean ETL, differential analyses, pathway overlays, single- and multi-omics integration and visualization.
SCALE

Biological Level

Scope of study—molecule to ecosystem—drives design and data needs.

Molecule Cell Tissue/Organ Organism Population Ecosystem
About
Typical works: power calculations, sampling strategies, multilevel models, longitudinal tracking, and cross-scale inference design.
PLATFORM

Technology Platform

Core instruments or stacks that define data quality and throughput.

NGS HPLC/GC Mass Spec Microscopy Flow Cytometry Robotics
About
Works cover instrument setup/calibration, run planning, method development, QA/QC, maintenance schedules, and data export formats.
METHOD

Methodology / Workflow

Reusable steps: assay, culture, purification, modelling, QC, validation.

Assay Design Culture Purification Modelling QC Validation
About
Works include protocol drafting, pilot runs, parameter optimization, control design, verification/validation, and tech transfer documentation.
DATA

Data Type

Primary data classes determine storage, analysis, and privacy.

Sequences Expression Proteome Metabolites Images Clinical Geospatial
About
Typical works: schema design, ETL pipelines, metadata/ontologies, storage tiering, privacy controls, analytics notebooks, and data products.
COMPLIANCE

Data Standards & Compliance

Frameworks for reproducibility, auditability, and regulatory acceptance.

CDISC SDTM FAIR GLP/GCP HIPAA MDR 21 CFR Part 11
About
Works involve SOP authoring, audit trails, validation packs, consent artefacts, data standards mapping, and submission-ready outputs.
COMPUTE

Computational Approach

Analysis paradigms: ML/AI, statistics, networks, structural models.

ML / AI Statistics Network Analysis Structural Modelling Simulation
About
Works include feature engineering, benchmarking, cross-validation, uncertainty estimation, model cards, and deployment of reproducible pipelines.
INSTRUMENTS

Instrumentation

Key equipment defining limits of detection, speed, and cost.

HPLC GC NMR MS PCR/qPCR Sequencers Automation
About
Works span method tuning, calibration curves, preventative maintenance, run scheduling, sample tracking, and instrument-data integration.
MATRIX

Sample Type / Matrix

Physical material studied dictates pre-analytics and QC gates.

Blood Tissue Soil Water Food Air Culture
About
Works include collection SOPs, stabilization, cold-chain logistics, contamination control, barcode/CoC, and pre-analytical QC checkpoints.
BIOFOCUS

Organism / Host

What life form is central to the study or application.

Human Animal Plant Microbe Virus Fungi Protozoa
About
Works span ethical approvals, husbandry/growth conditions, biosafety planning, host–pathogen models, and phenotype/endpoints selection.
CELLS

Tissue / Cell Type

Specific cellular context for assays and models.

Primary Cells Cell Lines Stem Cells Organoids Tissues
About
Works include sourcing/biobanking, passage control, differentiation protocols, viability assays, and context-appropriate readouts.
PATHOGENS

Pathogen Class

Category of infectious agent and its containment requirements.

Bacteria Viruses Fungi Parasites Phages
About
Works cover risk assessments, BSL selection, PPE/trainings, waste/decontamination flows, and post-exposure procedures.
INDICATION

Disease Area

Clinical focus shapes endpoints, cohorts, and regulatory pathways.

Oncology Infectious Metabolic Neurology Immunology
About
Works include endpoint selection, cohort criteria, SoC comparators, safety monitoring, and evidence packages mapped to regulators.
BIOME

Environment / Biome

Where samples or interventions live and evolve.

Marine Freshwater Soil Desert Aero Urban Industrial
About
Works span field study design, seasonal/abiotic logging, sampling grids, environmental DNA/chemistry, and impact assessment models.
SECTOR

Sector / Industry

Business context drives KPIs, timelines, and compliance.

Healthcare Pharma AgriFood Energy Environmental Veterinary Industrial Biotech
About
Works include stakeholder mapping, KPI definition, compliance matrices, timelines/Gantt, and handover artefacts for operations.
APPLICATION

Use Case

Practical objectives the project must achieve.

Diagnostics Therapeutics Surveillance Bioprocess Bioremediation Forensics
About
Works cover problem statements, success metrics, acceptance criteria, validation plans, and deployment/support documentation.
REGULATORY

Regulatory Stage / TRL

Maturity and evidence requirements over the product lifecycle.

Discovery Preclinical Clinical Post-Market TRL 1–9
About
Works include evidence mapping, GLP/GCP alignment, risk management, dossier preparation, and post-market surveillance frameworks.
STAGE

Research Stage

Where the work sits on the basic-to-bedside continuum.

Basic Applied Translational
About
Works span hypothesis generation, feasibility studies, prototype building, validation against standards, and preparation for adoption.
EDU

Education / Program Level

Align scope, duration, and deliverables with academic level.

UG PG / Masters PhD Mini Project Major Project
About
Works include learning outcomes, supervision plans, evaluation rubrics, milestone reviews, and final submission artefacts.
PROJECT

Project Type

Form of work product and primary effort allocation.

Experimental Computational Review Database / Tool Method Dev
About
Works cover experimental campaigns, code repositories, systematic reviews, tool/database builds, and method comparison studies.
TEAMING

Collaboration Mode

Who’s involved and how responsibilities are split.

Academic Industry Clinical Government Consortium
About
Works involve MoUs/NDAs, IP and data-sharing terms, role matrices (RACI) , and governance for milestones and publications.
OUTPUT

Output / Deliverable

Tangible results that mark success and closure.

Assay Protocol Dataset Model Software Pipeline Report
About
Works include acceptance tests, documentation packs, user guides, reproducibility materials, and final sign-off checklists.
INTEGRATION

Integration Pattern

How wet and dry work inform each other across cycles.

Wet→Dry Dry→Wet Iterative Loop
About
Works: design reviews, data contracts, versioned handoffs, feedback cycles, and criteria to progress between phases.
SCALE

Throughput / Scale

Volume of samples/runs and its resource implications.

Low Medium High-Throughput Pilot Production
About
Works include capacity planning, automation choices, staffing rosters, batching strategies, and continuous QC monitoring.
AUTOMATION

Automation Level

Degree of robotic/programmable execution to reduce variability.

Manual Semi-Automated Fully Automated
About
Works span protocol scripting, robot deck layouts, error handling, audit logs, and throughput/reliability benchmarking.
SAFETY

Safety / Containment

Biosafety and GMO controls for safe operations.

BSL-1 BSL-2 BSL-3/4 GMO Controls
About
Works involve risk assessments, facility zoning, PPE/SOPs, incident drills, waste streams, and compliance records.
ETHICS

Ethics & Privacy

Protect subjects and data while enabling research value.

IRB / IEC Consent De-identification Data Governance
About
Works include protocol/consent drafting, privacy threat modelling, access controls, audit reviews, and retention/ deletion policies.
GEO

Geography / Region

Where work happens—lab, field, clinic—and under which regime.

Local National Global Field Lab Clinical Site
About
Works cover site selection, permits, logistics routes, local compliance overlays, and cross-border data transfer planning.
TAXONOMY

Color Biotech

Quick shorthand for sector orientation and goals.

Red White Green Blue Grey
About
Works focus on sector-specific aims: healthcare efficacy (Red) , industrial scaling (White) , sustainability (Green/Blue) , and biosecurity/governance (Grey) .
TIMELINE

Time Horizon

Planning window for outcomes and ROI expectations.

Short-term Mid-term Long-term
About
Works include roadmap creation, milestone gating, resource/CapEx staging, and periodic retrospective reviews.
BUDGET

Cost Band / Budget Tier

Resource envelope to guide scope and trade-offs.

Low Medium High
About
Works include budget modelling, scenario trade-offs, vendor quotes, grant/PO tracking, and cost-to-impact reporting.


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