DNA melting temperature is a temperature at which a dsDNA helix dissociates into two single coils. To dissociate a dsDNA helix is to break the hydrogen bonds between complementary bases of the two ...

Nearest-neighbor thermodynamic (NNT) models currently provide some of the most accurate predictions of melting thermodynamics, including melting temperature (Tm) values, for short DNA duplexes.

A home-built fiber optic surface plasmon resonance platform (FO-SPR) was applied to directly screen PCR amplified DNA for mutations. The FO-SPR sensor was used for real-time monitoring of DNA duplex ...

The initial melting temperature of 93 °C should be used only for genomic DNA. For other templates, the use of lower temperatures (80 °C) is advised to avoid depurination.

Trillions of bacteria, fungi, viruses and single-celled organisms travel the globe high in the atmosphere. Scientists are finding that they play a role in the weather and our health.

Blue-green algae can grow in hot springs at temperatures of 50°–75° C. ... Nature - Micro-organisms adapted to High Temperatures. Skip to main content. Thank you for visiting nature.com.

As the size decreases, the melting temperature functions of pure metallic and bimetallic nanowires decrease almost with the same size-dependent trend. Due to the inclusion of the above effects, the ...

Specifically, the EAM potential has the lowest melting temperature (T m) (1820 K), U3_EAM has a temperature of 2010 K, ADP is 2140 K and MEAM is 2400 K. Among them, the melting temperature using the ...

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CaH 2 hydrogenation occurs via surface melting at high temperatures. Fig. 1A shows snapshots of a MLP-MD simulation of the CaH 2 (100) surface in contact with high-density H 2 at P = 40 GPa and T = ...