CRISPR Technology in Nursing

Imagine if we could fix diseases at their root cause—before they even develop. That’s exactly what CRISPR technology aims to do.

What is CRISPR?

CRISPR (pronounced “crisper”) is a powerful gene-editing tool that allows scientists to precisely modify DNA. Think of it like a pair of molecular scissors that can cut out or repair faulty genes that cause diseases.

Learn More About CRISPR

How Does CRISPR Work?

CRISPR works by identifying faulty genes, cutting the DNA, and allowing the body to repair the mistake. Here’s an example:

• Patients with sickle cell disease have a mutation that affects their red blood cells.
• CRISPR can correct this mutation so the patient’s body starts producing normal red blood cells.
• This means a potential cure instead of lifelong symptom management.

CRISPR’s Impact on Nursing

1. Treating Genetic Diseases

CRISPR could help treat diseases like:

• Cystic Fibrosis – Fixing the faulty CFTR gene.
• Huntington’s Disease – Removing harmful mutations.
• Cancer – Enhancing immune cells to fight tumors.

Genetics in Nursing

2. CRISPR in Cancer Nursing

CRISPR can be used in immunotherapy to modify T-cells to attack cancer.

CRISPR in Cancer

3. CRISPR in Infectious Diseases

CRISPR is being developed to fight infections like HIV and COVID-19.

CRISPR and Infectious Diseases

4. CRISPR in Organ Transplants

Gene-edited pig organs could one day be used for human transplants.

CRISPR and Organ Transplantation

Ethical Considerations

• Should parents be allowed to edit their baby’s genes?
• What happens if CRISPR makes unintended changes?
• Will CRISPR be accessible to all patients?

CRISPR Ethics

Preparing for CRISPR in Nursing

• Take courses on genetics and precision medicine.
• Learn about CRISPR-based treatments in clinical trials.
• Stay informed about ethical and legal issues in genetic nursing.

Genetics Education for Nurses

Watch: CRISPR’s Role in Future Medicine

Final Thoughts

CRISPR is changing healthcare faster than ever. Nurses must be ready to care for patients undergoing gene therapy, educate them on genetic testing, and advocate for ethical practices in genetic medicine.