Catalogue

Cryopreserved human iPSC-derived cortical neurons, glutamatergic or GABAergic, shipped by vial.

Cryopreserved human iPSC-derived spinal motor neurons, including ALS patient and isogenic control lines.

Expandable human iPSC-derived neural stem cells for customers who want to differentiate in-house.

Cryopreserved human iPSC-derived astrocytes for neuronal co-culture and glial studies.

Cryopreserved human iPSC-derived ventricular or atrial cardiomyocytes, spontaneously contractile after plating.

Myogenic progenitor cells for casting skeletal muscle tissue, from iPSC-derived catalog vials up to GMP-grade primary production.

Undifferentiated human induced pluripotent stem cell lines as a starting material for customer-run differentiation.

Cryopreserved human iPSC-derived microglia, including APOE and TREM2 disease backgrounds and CRISPR-ready lines.

Cryopreserved human iPSC-derived oligodendrocyte-like cells and oligodendrocyte precursor cells, from the one supplier that publishes a price.

Primary human endothelial cells, pooled or single-donor, with published passage and population-doubling guarantees.

Hepatocytes as cells rather than as a finished model, across primary, iPSC-derived and immortalised routes.

The two cell types every skin model is built from, with age grade and disease state selectable at order.

Matched mutant and corrected iPSC lines from the public banks, priced at both academic and commercial tiers.

The cheap vials that should carry protocol rehearsal, so the expensive human vials carry the experiment.

Living, metabolically active 3D human epidermal tissue on culture inserts, delivered on a weekly production cadence.

Living pseudostratified, ciliated human airway tissue cultured at an air-liquid interface.

Living human small intestine or colon epithelium in planar or crypt format for permeability, metabolism and barrier work.

Pre-formed 3D human liver spheroids delivered ready for dosing, on a published production schedule.

Microfluidic plates arriving with tissue already seeded and perfused, so the buyer never handles cells or ECM.

The four corneal models named in OECD TG 492, each with a different published pass mark and batch release range.

Buccal, gingival, oesophageal, bladder and vaginal epithelium from the two skin-model suppliers, almost all outside the guideline system.

Dermal-epidermal skin equivalents, and the only category in this market with a complete published price list.

Pre-formed endothelial tubules and angiogenic sprouting models, including the rare assay-ready plate with a public price.

Organoid models where the purchase and the permission are two separate transactions, and only one of them has a price.

Ready-to-use pseudostratified, ciliated, mucus-producing human airway epithelium on inserts, specified by anatomical region and donor pathology.

AT1/AT2 alveolar epithelium with surfactant secretion, available as a static insert tissue or as a perfused microphysiological system on an instrument.

Perfusable or insert-based human renal proximal tubule epithelium for transporter, permeability and nephrotoxicity work, assembled from publicly priced primary cells.

Pre-formed 3D human cardiac microtissues delivered ready for dosing, for contractility, structural and metabolic cardiotoxicity endpoints without an anchored geometry.

Multicellular tumour spheroids and 3D cancer constructs, where the plasticware and the cell lines are publicly priced and the finished model is not.

Perfusable human brain endothelial tubules and static BBB co-cultures for permeability, transporter and CNS penetration work, with one route carrying a live public price.

Aligned, mechanically anchored, electrically stimulable engineered skeletal muscle tissue built and force-tested against a written specification.

Motor neurons and myotubes co-cultured in a compartmentalised device so that neural stimulation drives muscle contraction.

Finished human engineered myocardium from iPSC-derived cardiomyocytes and fibroblasts, shipped living at ambient temperature with a certificate of analysis, at a published per-tissue price.

Cardiomyocytes cast between two flexible posts or stretchers so that contraction deflects a known geometry and force becomes measurable, sold as plate plus cells rather than as finished tissue.

Engineered muscle carrying a channelrhodopsin so that contraction is triggered by patterned light rather than a field electrode, giving spatial addressing no electrode pair can provide.

Human neurons plated onto multi-electrode arrays, matured to spontaneous network activity, and delivered as a live recording-ready culture.

Human iPSC-derived cortical neurons plated with glia onto a multielectrode array and matured to recordable network activity, costed from a published academic core rate card.

A 3D neural organoid coupled to an electrode array so that network activity inside the tissue, not just at its base, becomes recordable.

Neuronal or cardiac cultures plated onto CMOS high-density arrays giving thousands of bidirectional electrodes per well, for single-cell-resolution network structure rather than well-average activity.

Ground-up design, prototyping and cleanroom production of custom PDMS culture devices, from single prototypes to batch runs.

Off-the-shelf micropillar casting devices in which the customer forms their own anchored 3D muscle tissue.

Electrical pacing lids and contractile-force measurement instruments for maturing and phenotyping engineered tissue.

MEA consumables sourced to your platform, Axion CytoView multiwell plates, Multi Channel Systems glass arrays, MaxWell HD-MEA plates, with the recurring cost stated before you commit.

Microwell and ultra-low-attachment plates for aggregate formation, InSphero Akura and Gri3D at published prices, plus the bulk formats that are quote-only.

Permeable membrane inserts specified by material, pore size and pore density rather than by catalogue habit, with published growth areas so your TEER and permeability numbers normalise correctly.

Pressure-driven pumps, fluidic units and channel slides for defined shear stress, with the published coefficients that tell you what your flow rate actually means.

Perfusable chip plates sourced on a per-chip basis, AIM Biotech idenTx and organiX at published list prices, MIMETAS OrganoPlate and Emulate chip kits against derived procurement anchors.

Soft-lithography fabrication broken into the two numbers every quote contains, one-time tooling and per-part cost, using the handful of fabricators that publish a rate card.

Resin-printed chambers, manifolds, holders and casting moulds for fast iteration, specified around the two ways printing actually fails.

Tendon, ligament, cartilage and other animal tissues collected, processed and shipped to a written customer specification.

Consented human tissue, adipose, biofluids and disease-state specimens sourced from banked inventory or collected prospectively.

PBMCs, leukopaks and isolated immune subsets from apheresis donors, including recallable donor programmes.

Several cell types, tissues and nucleic acids from the same individual, ordered as a set rather than assembled by luck.

Outsourced expansion of your cells to a target cell number, cryopreserved into a documented bank at research or GMP grade.

Outsourced directed differentiation of iPSCs or progenitors into a specified mature cell type, delivered as cells or as a formed tissue.

Contract reprogramming of fibroblasts, PBMCs or renal epithelial cells into clonal iPSC lines with banked vials and identity testing, one of the few contract services with published prices.

Banking a line you already have, expand, freeze, test and store, at published institutional rates, priced per vial rather than per programme.

Cells delivered plated, or a single-lot bank aliquoted for a whole campaign, separating the three different products sold under one phrase.

Independent release testing of cells or tissue against compendial methods before you accept delivery.

Sectioning, staining, multiplexed immunofluorescence, 3D imaging and quantitative image analysis of delivered tissue.

Functional acceptance testing of engineered tissue, twitch and tetanic force, fatigue, damage, and electrophysiological activity.

Independent cell line authentication by STR profiling and G-band karyotype, at published rates, with the loci and database comparison specified rather than assumed.

Contamination and compendial release testing at published rates, with the method stated, because two assays with the same name are not the same test.

Buy the recording rather than the platform, MEA recordings and high-content imaging at a published per-recording rate card, with no instrument purchase.

Packaging, documentation and time-critical shipping of live tissue on cold packs or frozen material on dry ice or in vapour-phase nitrogen.

Liquid nitrogen vapour shippers rented at published monthly rates, charged and data-logged, for material that cannot travel on dry ice.