Plasmid

The plasmid is used as a vector to introduce genes into bacteria.

The plasmid contains the gene for a fluorescent protein, which allows scientists to track its expression in cells.

The plasmid fills the empty spaces within the cell.

The plasmid helps maintain the shape of the cell.

The plasmid plays a crucial role in cell function.

The researchers discovered a plasmid vector capable of replication in bacteria.

The plasmid integration into the host cell's genome is a rare event in bacteria.

The genetic engineering experiment involved the insertion of a plasmid into the host organism.

The plasmid in plant cells is different from the plasmid found in bacterial cells.

The plasmid transformation efficiency can be influenced by a variety of factors.

The plasmid vector is a commonly used tool for genetic engineering in bacteria.

The plasmid transformation efficiency can be influenced by the size of the DNA molecule.

The plasmid conjugation is a mechanism of horizontal gene transfer between bacterial cells.

The plasmid content of plant cell walls can affect their ability to resist environmental stressors.

Plasmid replication is essential for the stability and inheritance of extrachromosomal genetic elements.

The plasmid content of plant cell walls can vary depending on the plant species.

The plasmid DNA can replicate autonomously within bacterial cells.

The plasmid DNA was easily isolated from the bacterial cells.

The plasmid of the plant cell wall is made up of different types of carbohydrates.

The researcher studied the plasmid of plant cells in detail.

The plasmid found in the cell wall of the plant provides structural support.

The plasmid connects different parts of the cell.

The plasmid is a crucial component of the plant cell wall.

The plasmid replication occurs independently of the bacterial chromosomal replication.

The plasmid helps transport substances within the cell.

The researchers constructed a novel plasmid vector for gene therapy applications.

The plasmid provides the plant cell wall with the ability to withstand pressure and external forces.

The plasmid in the plant cell wall plays a critical role in maintaining the shape of the cell.

The plasmid gives the plant cell wall its rigidity and strength.

The plasmid genome consists of a few thousand base pairs of DNA.

The plasmid transfer between bacteria was observed under a microscope.

The plasmid size can affect its stability and the efficiency of gene expression.

The plasmid in the plant cell wall is made up of cellulose.

The plasmid DNA sequence is responsible for independent replication.

The plasmid DNA is a small, circular molecule that replicates independently of the chromosomal DNA.

The plasmid DNA is separated from the genomic DNA using gel electrophoresis.

The plasmid is a common tool used in genetic engineering.

The plasmid copy number can be controlled by regulating the expression of replication genes.

The plasmid vector is a circular DNA molecule that can be used to deliver foreign genes into cells.

The presence of a plasmid in a bacterial strain can confer antibiotic resistance.

The plasmid carries genes that make bacteria resistant to certain antibiotics.

The plasmid vectors used in the study have been extensively characterized.

The plasmid contained a gene for a fluorescent protein, making the bacteria glow under UV light.

The plasmid transfer was inhibited by the presence of certain chemicals.

The plasmid DNA can be purified using various chromatography techniques.

The resistance genes on the plasmid allowed the bacteria to survive in the presence of antibiotics.

The plasmid is a useful tool for creating genetically modified organisms.

The plasmid is essential for cellular activity.

The plasmid acts as a structural support for the cell.

The researchers designed a plasmid delivery system for gene therapy applications.