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Erythroblast Macrophage Protein (MAEA) ELISA Kit, Colorimetric (MTS-1123-HM13)

Overview

Description
Creative Biolabs provides sandwich ELISA kit for quantitative measurement of Erythroblast Macrophage Protein (MAEA) in different sample types by colorimetric.
Applications
ELISA
Qualified With
Quality Certificate
Detection Method
Colorimetric
Method Type
Sandwich ELISA
Analytical Method
Quantitative
Sample Type
Cell Culture Cells
Specificity
Erythroblast Macrophage Protein (MAEA)

Specification

Size
96 tests
Plate
Uncoated
Bioassay Target Name
Erythroblast Macrophage Protein (MAEA)
Storage
4 °C
Storage Comment
Reference to the protocol
Product Disclaimer
This product is provided for research only, not suitable for human or animal use.

Target Details

Full Name
macrophage erythroblast attacher, E3 ubiquitin ligase
Synonyms
EMP; EMLP; GID9; PIG5; HLC-10; P44EMLP
Background
This gene encodes a protein that mediates the attachment of erythroblasts to macrophages. This attachment promotes terminal maturation and enucleation of erythroblasts, presumably by suppressing apoptosis. The encoded protein is an integral membrane protein with the N-terminus on the extracellular side and the C-terminus on the cytoplasmic side of the cell. Alternative splicing results in multiple transcript variants.
Sub Cat Reactivity Sensitivity Detection Range  
MTS-1123-HM165 Human, Mouse, Rat User optimized Inquiry
MTS-1123-HM166 Chicken User optimized Inquiry
FAQs Customer Reviews Related Products

We work with macrophage-erythroblast co-cultures and want to monitor MAEA changes after treatment. Is this kit designed for intact cultured cells, or do we need to prepare lysates/supernatants?

This MAEA kit is positioned for cell culture cell-based measurement rather than typical serum/plasma or tissue homogenate workflows. In practice, you'll get the most reliable data when you follow the recommended cell handling steps in the protocol and keep conditions consistent across wells (cell number, culture time, and treatment exposure). If your study goal is secreted MAEA in supernatants or MAEA in complex tissue matrices, that is a different validation scope-please share your sample type and species so we can recommend the most appropriate assay format or optimization approach for your project.

The product page mentions an "uncoated plate." How does that affect setup time and reproducibility compared with pre-coated ELISA plates?

An uncoated plate usually provides flexibility, but it also means consistency becomes more dependent on how strictly you follow the protocol and standardize your workflow. To keep reproducibility high, we recommend using the same plate type across experiments, preparing reagents fresh as instructed, and controlling incubation time/temperature as tightly as possible. For cell-based readouts, it's also important to keep edge effects in mind (e.g., avoid uneven evaporation and maintain uniform seeding). If you tell us your cell line and plate handling preferences, we can share practical tips to reduce variability and improve plate-to-plate agreement.

We need MAEA detection across different species in a comparative study. How should we select the right version and avoid cross-species mismatch?

For multi-species comparisons, the most important step is selecting the kit/reactivity option that matches each species you will test, because antibody recognition can differ significantly even when proteins are homologous. This MAEA kit line includes species options such as Human/Mouse/Rat and Chicken with user-optimized performance depending on sample context. We strongly suggest running a small pilot first (a few representative samples per species) to confirm signal behavior, then locking your dilution and handling conditions before scaling up. If you share the species list and sample format (cells only vs. mixed matrices), we can help you plan that pilot efficiently.

  • Helpful for tracking MAEA shifts in co-culture experiments with consistent handling
    We used this MAEA colorimetric kit in a macrophage-erythroblast co-culture workflow where we wanted a simple readout of MAEA changes after cytokine stimulation. The main value was having a structured protocol that forced us to standardize seeding density and incubation windows, which improved comparability across treatment groups. Once we controlled edge wells and kept timing tight, the signal trends matched what we expected biologically. It's best suited for disciplined, plate-based cell work rather than "quick-and-dirty" sample prep.
  • Solid option for screening conditions, but requires careful plate uniformity
    The kit worked well for screening multiple perturbations in parallel, especially when we treated MAEA as a relative quantitative marker across conditions. We learned quickly that uniformity matters: if the cell layer was uneven or if incubation timing drifted between columns, the variability increased. After adopting multichannel pipetting and consistent washing technique, the replicate CV improved. The colorimetric readout is convenient for labs that don't want extra instrumentation beyond a plate reader.
  • Good technical communication and a realistic workflow for cell-based measurements
    We appreciated that the product positioning aligned with what we needed: a cell-based style workflow where we could compare MAEA across treatment groups in the same run. We reached out with questions about adapting the assay to our culture schedule and got clear guidance on how to keep conditions stable across plates. The biggest practical tip was to run a small optimization plate first, then lock parameters. After that, the assay became a reliable part of our weekly screen.

For Research Use Only. Do Not Use in Food Manufacturing or Medical Procedures (Diagnostics or Therapeutics). Do Not Use in Humans.

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