Visualization of cells contributing to disease or cell therapy is critical for the success of regenerative medicine. Genetically encoded iron-associated proteins detectable with magnetic resonance imaging (MRI) can be utilized for cell tracking in the brain, heart, and cancer.
Plant Viral and Bacteriophage Delivery of Nucleic Acid Therapeutics
Different shaped plant viruses and bacteriophages can be used to deliver nucleic acids into the cell for disease treatment
Nanomaterials in Food – What Are the Risks?
Ingestion of engineered nanomaterials is inevitable due to their addition to food and prevalence in food packaging and domestic products such as toothpaste and sunscreen.
Tracking Therapeutic Cells
CT imaging enables real-time, non-invasive tracking of therapeutic cells labeled with gold nanoparticles. (Image credit: Africa Studio/Shutterstock)
Nanotherapeutic Systems for Local Treatment of Brain Tumors
Malignant brain tumors are heterogeneous and invasive, with high morbidity and mortality rates. The main challenge associated in treating such tumors is the presence of the blood-brain barrier (BBB), which actively filters out molecules entering from the blood stream. (Image credit: Triff/Shutterstock)
Oral Nucleic Acid Therapy for Gastro-Intestinal Diseases
DNA and RNA (nucleic acids) interference therapies have the potential to treat many human diseases.
Hybridization of Magnetic Nanomaterials: An Advanced Nanoplatform for Diagnosis and Treatment
Magnetic hybrid nanomaterials combining magnetic nanomaterials and extra functional nanocomponents not only exhibit magnetic properties but also act as important biomedical agents.
Nanophotonic Trapping: Precise Manipulation and Measurement of Biomolecular Arrays
A new review highlights progress in nanophotonic optical trapping and manipulation technologies with a focus on high-throughput applications in the biosciences.
Nanotechnology Enhances Drug Delivery to the Back of the Eye
Nanotechnology possesses great potential to overcome shortcomings of existing strategies for safe and effective retinal drug delivery.
Nanotherapy Treatments Aim to Change Duchenne Muscular Dystrophy’s Outcome
A recent review discusses the emerging nanomedications and therapies with potential to alter Duchenne’s fatal outcome.