Applied DNA Sciences

Step 1: Design a therapeutic gene construct tailored to the target disease.

Step 2: Utilize Applied DNA Sciences' lineaDNA™ production to create the DNA construct.

Step 3: Encapsulate the lineaDNA™ into a viral vector for delivery.

Step 4: Administer the gene therapy to the patient to correct the genetic defect.

Step 1: Design the DNA sequence encoding the antigen of interest.

Step 2: Use Applied DNA Sciences' PCR services to amplify the DNA template.

Step 3: Utilize the amplified DNA to transcribe mRNA in vitro.

Step 4: Formulate the mRNA into lipid nanoparticles for vaccine delivery.

Step 1: Design a DNA construct containing the gene of interest and appropriate regulatory elements.

Step 2: Produce the DNA construct using Applied DNA Sciences' custom DNA synthesis services.

Step 3: Transfect or transduce the cells with the DNA construct.

Step 4: Select and expand cells expressing the desired gene for therapeutic use.

Step 1: Design DNA probes specific to the target pathogen or genetic marker.

Step 2: Synthesize the DNA probes using Applied DNA Sciences' enzymatic DNA synthesis.

Step 3: Incorporate the DNA probes into a PCR-based or hybridization-based assay.

Step 4: Use the assay to detect the presence of the target in clinical samples.

Step 1: Identify limiting factors in the biomanufacturing process.

Step 2: Design DNA constructs to optimize gene expression or protein production.

Step 3: Produce the DNA constructs using Applied DNA Sciences' services.

Step 4: Introduce the optimized DNA into the production cell line and monitor improvements.