Mycological Phenotype

MycoPM™ plate series: three purpose-built plates with inhibitory compounds, delivering streamlined phenotypic profiling and inhibitory compound testing for yeast and fungi.

Choose the right MycoPM plate based on your needs

Each plate targets a distinct mechanism of action, enabling high-resolution profiling across fungal species. A total of 45 different compounds are distributed across three plates, with fifteen compounds per plate. 

MycoPM Ionotox contains toxic cations, anions, and chemicals impacting cellular respiration.  

MycoPM Permeatox contains metal binders and chemicals affecting membrane wall permeability. 

MycoPM Genotox encompasses chemicals that damage DNA as well as inhibitors. 

Featuring biologically relevant concentration gradients spanning six concentrations, logical chemical groupings, negative controls, and full compatibility with the Odin™ platform, the MycoPM line enables the comparative analysis of inhibitory compound concentrations.

  • Designed for Performance: Features a curated set of relevant compounds at concentrations selected for potency across multiple yeast and fungi species.
  • Inhibitory Concentration Comparisons: Structured dose-response data delivers actionable results for comparing species or strains.
  • Mechanism-Based Plate Design: Logical compound grouping by mode of action makes results easier to interpret and supports system-level insights.
  • Platform Optimized: MycoPM combines intelligent plate design with Odin platform’s automated incubation, high-throughput reads, and analytics for faster, clearer insights.

 Inoculate a yeast or fungal sample uniformly across the selected microplate(s).

Transfer the plate(s) to the Odin instrument for incubation and real-time OD490 kinetic measurements.

Evaluate the organism’s growth profile across the dilution series and uncover phenotypic characteristics.

Industrial Fermentation QC

Anti-Fungal Drug R&D

Bioprocessing Research

Basic Research

Plate NameDescription
MycoPM IonotoxContains toxic cations, anions, and chemicals impacting cellular respiration
MycoPM PermeatoxContains metal binders and chemicals affecting membrane wall permeability
MycoPM GenotoxContains chemicals that damage DNA as well as inhibitors

MycoPM Ionotox
CCCP
Sodium Caprylate
Sodium Benzoate
Sodium Azide
Sodium Selenite
Sodium Arsenite
Sodium Thiosulfate
Sodium Fluoride
Copper (II) sulfate
Magnesium chloride
Zinc chloride
Lithium chloride
Ammonium Sulfate
Cadmium Chloride
Aluminum sulfate
MycoPM Permeatox
Chloroquine
BAPTA
EGTA
EDTA
Caffeine
Tamoxifen
Thiourea
Guanidine hydrochloride
Poly-L-lysine
Amitriptyline Hydrochloride
Protamine sulfate
Chlorpromazine
2-Deoxy-D-glucose
D-Cycloserine
Glycine hydrochloride
MycoPM Genotox
Cisplatin
Hydroxylamine
Bleomycin
Berberine Chloride
Isoniazid
D-Serine
Fluconazole
5-Fluorouracil
Diamide
Sodium Nitrite
(+)-Miconazole Nitrate
Cycloheximide
Neomycin
Doxycycline
Chlortetracycline Hydrochloride

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