Liver Tumour with Matched Adjacent Tissue and Gallbladder Tumour Tissue Microarray (39 cases) – TLI001

Our  Liver Tumour with Matched Adjacent Tissue and Gallbladder Tumour Tissue Microarray (39 cases) – TLI001 comes with:

  1. TLI001:
    • 37 cases of liver tumour (16 matched adjacent tissue pairs included) and 2 cases of gallbladder tumour/ 58 cores
    • Core diameter: 0.6mm
    • Thickness: 4μm

WhatsApp Us or fill in the Contact Us form to get a quote for Liver Tumour with Matched Adjacent Tissue and Gallbladder Tumour Tissue Microarray (39 cases) – TLI001.

Liver Tumour Tissue Microarray for Cancer Research

Tissue microarrays (TMAs) are highly efficient research platforms that combine multiple tissue samples into a single paraffin block for simultaneous analysis. This format allows for high-throughput screening, consistent staining, and reduced variability across large patient cohorts. A liver tumour tissue microarray provides a valuable resource for studying hepatocellular carcinoma (HCC), cholangiocarcinoma, and metastatic liver cancers. Researchers can investigate tumour heterogeneity, fibrosis patterns, vascular invasion, and biomarker expression critical to liver cancer progression and treatment.

Liver tumour TMAs are most frequently used in immunohistochemistry (IHC) and hematoxylin and eosin (H&E) staining. IHC helps detect key markers such as AFP, HepPar-1, Glypican-3, and CK7/CK19, which aid in tumour classification and prognostication. H&E staining reveals histological features like trabecular patterns, cellular atypia, and necrosis, offering foundational insight into tumour grading and staging. Together, these staining techniques allow researchers to perform robust comparative analysis across a diverse liver cancer cohort, accelerating discoveries in hepatology and oncology.

Role of Tissue Microarrays in TME Research

Tissue microarrays have transformed how researchers explore the tumour microenvironment (TME). They enable high-throughput analysis of multiple tissue samples simultaneously, making them essential for identifying biomarkers, conducting immune profiling, and performing spatial analysis. TMAs allow researchers to map immune cell infiltration, tumour heterogeneity, and stromal interactions across a broad cohort. Because human-derived TMAs preserve spatial organization, they provide a more accurate representation of the TME compared to animal models. This accelerates the validation of predictive biomarkers and improves the understanding of therapy response, ultimately pushing forward the development of personalised cancer treatment strategies.

Why Choose MYmAb Biologics' Tissue Microarray Over Others

What sets MYmAb Biologics apart is more than just technical quality. It’s the depth and relevance of our source material:

We also offer services such as:

Staining Services

High quality H&E and IHC staining services with fast turnaround time and competitive pricing.

IHC Staining Training

Comprehensive 2-day staining training workshop with certification of completion.

Scanning & Storage Services

Scanning service that allows researchers to view slides on the monitor and storing of virtual slides.

Contact Our Team

Location:
Block D-G-8, UPM-MTDC Technology Centre III, Universiti Putra Malaysia, 43400 Serdang, Selangor Darul Ehsan, Malaysia.

Phone:
03-8938 9819

Email:
info.mymab@gmail.com

Contact us form
Product code

TLI001

Cases

Liver: 37 cases with 16 matched adjacent tissue pairs; Gallbladder: 2 cases

Row number

6

Column number

12

Core diameter (mm)

0.6

Thickness

4μm

Tissue array type

FFPE

Species

Human

Application

– Immunohistochemistry
– In situ hybridization
– Fluorescent in situ hybridization
– Terminal deoxynucleotidyl transferase dUTP nick-end labeling (TUNEL) analysis
– In situ polymerase chain reaction (in situ PCR)

Notes

– Storage temperature: 4°C
– Shipping temperature: Ambient