FAQ for High-Pressure Gene Gun NHGG-101
1: What is the working pressure range of the High-Pressure Gene Gun NHGG-101?
The High-Pressure Gene Gun NHGG-101 operates at a working pressure range of 3 to 12 MPa, allowing precise control over particle delivery. Users can adjust pressure according to sample type and experimental needs. This ensures accurate and reproducible genetic transformation results.
2: What types of particles can the gene gun deliver?
The High-Pressure Gene Gun NHGG-101 supports metal particles ranging from 0.8 to 3.0 µm in diameter. Different particle sizes allow versatile applications across cells, microbes, and organelles. This flexibility helps researchers optimize delivery efficiency for various samples.
3: Which air sources can be used with this High-Pressure Gene Gun?
It can use helium or nitrogen as the air source, with helium offering optimized performance. The choice of gas allows better control over particle acceleration. Users can select the source based on availability and experimental requirements.
4: What types of samples can the NHGG-101 target?
It is compatible with cells, microbes, and organelles, including chloroplasts and mitochondria. The system also works with small plants, cultured cells, yeast, and bacteria. This wide compatibility allows diverse genetic transformation applications.
5: What is the maximum target area covered by the gene gun?
The High-Pressure Gene Gun NHGG-101 covers up to 40 cm² per shot, allowing efficient treatment of larger sample areas. This ensures uniform delivery of particles across the target. Researchers can achieve consistent transformation results across multiple samples.
6: How do Gene Guns ensure reliable delivery of genetic material?
Gene Guns deliver coated particles through consistent propulsion, enabling accurate transfer with minimal variation across repeated use.
7: Why is adjustable pressure control important in Gene Guns?
Yes, adjustable pressure allows control over particle velocity, supporting uniform delivery under varying experimental conditions.
8: How does Labnics Gene Gun ensure quality and consistency?
Labnics Gene Gun integrates controlled propulsion and stable alignment to ensure reliable performance during repeated and extended use.
9: How do our Gene Guns help reduce handling variability during use?
Our Gene Guns maintain steady propulsion and consistent targeting, helping users achieve uniform delivery without frequent adjustments.
