Ambient-temperature Stable LAMP Master Mixes

Universal LAMP & RT-LAMP Mixes

Meridian’s Lyo-Ready and Air-Dryable ™ LAMP and RT-LAMP master mixes are the market-leading solution for molecular diagnostic assays requiring fast cycling, superior sensitivity, high inhibitor tolerance and ambient temperature stability. They are 4x concentrated, glycerol-free and contain specialized excipients that are compatible with lyophilization or air-drying to create ambient-temperature stable assays, or they can be used as a wet mix. They are highly inhibitor- tolerant and ultra-sensitive making them ideal for point-of- care or machine-automated multiplexing assays. As universal mixes, they are highly resistant to various qPCR inhibitors and can be used across a range of patient sample types.

PRODUCT

CAT NO. VOLUME REACTIONS

5 mL 800 Rxns 50 mL 8,000 Rxns 5 mL 800 Rxns 50 mL 8,000 Rxns 5 mL 800 Rxns 50 mL 8,000 Rxns 5 mL 800 Rxns 50 mL 8,000 Rxns

Air-Dryable LAMP Mix

MDX119

Air-Dryable RT-LAMP Mixes

MDX118

Lyo-Ready LAMP Mix

MDX097

Lyo-Ready RT-LAMP 1-Step Mix

MDX108

Fast Polymerization for Quick Sample-to-Answer Time

Lyo-Ready LAMP Mix (MDX097)

25.00

The average time-to-result (TTR) for Lyo-Ready LAMP Mix (MDX097, orange ) and NEB WarmStart® ( blue ) were compared for three genes, 9TV10 from Trichomonas Vaginalis (100 copies), hBRCA1 from human genomic DNA (200 copies) and MTB1 from Mycobacterium Tuberculosis (1,000 copies). The results demonstrate the faster speed of Lyo-Ready LAMP Mix, with earlier TTR values when compared to NEB WarmStart. Reactions were incubated at 65°C for 60 min and TTR were measured at 1:10 of end fluorescence.

20.00

15.00

10.00

1

5.00

s

0.00

9TV10 Trichomonas vaginalis

Human DNA hBRCA-1M

TB

Mycobacterium tuberculosi

MDX097 | NEB WarmStart®

Mix Performance Is Not Impacted by Lyophilization or Subsequent Room Temperature Storage

Lyo-Ready RT-LAMP 1-Step Mix (MDX108)

30

LAMP reactions in the presence ( green ) or absence ( teal ) of 10% UTM and sputum were performed in 5 replicates using PMSD4.1 primers and RNA to compare the performance of fresh (wet) Lyo-Ready RT-LAMP 1-Step Mix (MDX108) against lyophilized Lyo-Ready RT-LAMP 1-Step Mix, stored at 37ºC for 3 weeks. Time-to-result is set as the time at which the fluorescence crossed a threshold of 10% of maximal fluorescence. The data illustrate that the lyophilization process does not affect the stability of the Lyo-Ready RT-LAMP Mix and at a storage temperature of 37ºC it can be extrapolated that the lyophilized mix is stable at room temperature for up to 12 months.

20

10

0

Lyophilized

Wet Mix

Lyophilized

Wet Mix

No Inhibitor

10% UTM + Sputum

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