The clear path to small molecule visualization & quantification

Validated L-Tryptophan antibodies

for IHC & IF imaging


Anti-L-Tryptophan antibodies

Two different hosts for easy multiplexing

L-Tryptophan Antibody – Mouse Monoclonal

Used for IF in rodent brain & renal tissues, and human cell cultures. Cited in…

 449

L-Tryptophan antibody – Rabbit Polyclonal

High specificity & affinity, IF / IHC / ICC

 449

2+ citations

They published with our Validated L-Tryptophan antibodies

medical university of south carolinaUniversity of Louisville

Other products to explore Tryptophan metabolism

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Kynurenine to Tryptophan ratio ELISA pack

High Sensitive, ≥ 20µL Biological fluids, Cited in 50+ papers
 1.049  1.198

Kynurenic acid Antibody – Rabbit Polyclonal

Validated for IHC in FFPE human brain tissues

 449

Quinolinic acid Antibody – Mouse Monoclonal

Validated for IF & IHC in FFPE brain tissues I Cited in literature

 449

Kynurenic Acid/Quinolinic Acid ELISA pack

High Sensitivity. Plasma, Serum. Min. Vol. 25-50µL. Cited in literature

 1.049 1.198

Serotonin Antibody for FFPE samples – Rabbit Polyclonal

Used for IF & IHC in FFPE samples of mouse brain & human colon tissues…

 449

L-Kynurenine Antibody – Mouse Monoclonal

Used for IF & IHC in brain, heart, and tumor tissues I Cited in 10+…

 449

Our anti‑L‑Tryptophan antibody pair—the rabbit polyclonal IS1069 and the mouse monoclonal IS011—gives researchers a full‑spectrum solution for imaging tryptophan metabolism, from cultured human cells to intact neural tissues. IS1069 ships with ready‑to‑use protocols for IF, ICC and IHC, works in concert with the STAINperfect™ Kit A and has proved reliable in human cell cultures, mouse kidney cryosections and whole‑mount preparations. IS011 extends this performance to challenging 3‑D specimens: it has been validated in mouse and crayfish brains with Kit A and is already cited in peer‑reviewed studies that stained human cells and diseased mouse kidneys. Together, the two host species enable confident signal verification and flexible antibody selection for multiplex imaging, while consistent lot‑to‑lot quality and global support ensure publication‑grade, reproducible results across diverse experimental systems.
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