Technology Detail


The Office of Technology Licensing was established in 1970 to transfer technologies developed at Stanford. Find out more about OTL's history, mission, staff, and statistics.

Login to TechFinder » 

A New Molecular Method for Cargo Delivery Across the Algal Cell Barrier Based on Guandinium-Rich Molecular Transporters


Stanford Reference:

12-078


Abstract


Stanford and Lawrence Berkeley Labs researchers have developed a molecular method based on guanidinium-rich molecular transporters (GR-MoTrs) for bringing small and large cargos into algal cells. Developed using Chlamydomonas reinhardtii, this method is also successful with less studied algae, thus providing a new and versatile tool for algal research.

Algae represent a potentially inexpensive, scalable, CO2-fixing, solar-powered source of diverse chemical products including biofuels, synthetic building blocks, nanomaterials, recombinant proteins, vaccines, antibodies, medicinal leads and food additives. Algae are also promising organisms for drug discovery and screening and have recognized value for bioremediation and as biosensors. However, as encountered in the delivery of agents (e.g., siRNA and biologics) into mammalian cells, efforts to study or control the inner-workings of algal cells, as required for numerous research and commercial applications, are severely limited by problems encountered in the delivery of probes, genes and biomacromolecules across algal cell wall and membrane barriers. This invention will help overcome these barriers.

Applications


  • Synthetic biology: Biofuels, synthetic building blocks, nanomaterials, recombinant proteins, vaccines, antibodies, medicinal leads and food additives
  • Delivery of molecules across algal cell wall
  • Photoautotrophic tool for synthetic biology
  • Drug discovery and screening
  • Bioremediation
  • Biosensors
  • Imaging of algae
  • Plant and agricultural sciences

Advantages


  • Simple and inexpensive, utilizing any available GR-MoTr
  • Scalable
  • Applicable to multiple algal species
  • Small and large delivery cargoes
  • Improved understanding of biological barriers
  • Has potential extensions to plant cells

Publications



Related Web Links



Innovators & Portfolio



Date Released

 2/14/2014
 

Licensing Contact


Irit Gal, Senior Licensing Associate
irit.gal@stanford.edu
650-723-1586 (Business)

[-] Map/Timeline

92-050 Miniature Oxygen Sensor
82-037 Monoclonal Antibodies Against Human DNA Polymerase
86-094 Stromal Cell Lines that Support Hematopoiesis in Vitro Via Direct Cellular Interaction and Release of Soluble Mediators

more technologies »


   

  

Also of Interest...
92-050 Miniature Oxygen Sensor
82-037 Monoclonal Antibodies Against Human DNA Polymerase
86-094 Stromal Cell Lines that Support Hematopoiesis in Vitro Via Direct Cellular Interaction and Release of Soluble Mediators

Recently Viewed...
S12-078 A New Molecular Method for Cargo Delivery Across the Algal Cell Barrier Based on Guandinium-Rich Molecular Transporters