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怀俄明州技术转移和研究产品中心

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1000 E. 大学大街.

拉勒米,王寅82071

电话:(307)766 - 2520

传真:(307)766 - 2530

电子邮件: WyomingInvents@gzshgg.com

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怀俄明州技术转移和研究产品中心

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使命宣言:

     太阳所有城娱乐网站app致力于教学, 研究, 以及向公众普及知识. It is the policy of the University to carry out its scholarly work in an open and free atmosphere, 并免费公布从中获得的结果. 研究 done primarily in anticipation of profit is incompatible with the aims of the University. 然而, the University recognizes that patentable inventions and copyrightable materials are conceived or created during the course of 研究 conducted by faculty and students using University facilities. These policies and the Wyoming Technology 转移 and 研究 Products Center have been established to ensure that those inventions and materials in which the University may have an interest will be utilized in a manner consistent with the public good, 通过专利和版权许可或其他方式, 也为教师提供服务, students and the citizens of the State of Wyoming in technology transfer processes.

 

特色技术:

目前TTO的特色技术是技术 UW 19-030: Localized Immunosuppression of Peripheral Nerve Allografts. This ground breaking technology solves the problems caused by systematic immunosuppression which is done during the hundreds of thousands of yearly peripheral nerve repair procedures. Systematic immunosuppression is when the entire immune system of a patient is suppressed which can lead to an increased risk of certain diseases and cancers as well as being costly. This technology circumvents these risks and costs by only suppressing the immune response of the immediate area of the tissue graft. This can lead to an increase in success rate and less complications with the procedure.

 19-030神经移植图. 1. 神经移植物是她从供体获得的. 2. Immunosuppressive cells are injeted into the nerve graft. 3. Nerve graft with pockets of injected immunosuppressive cells. 4. Nerve graft containing cells is sutured into the recipient.

 

News

Silicon Valley Company Acquires UW Incubator Grad, Continues Local Operation

Silicon Valley Company Acquires UW Incubator Grad, Continues Local Operation

6月26日, 2017年-光明农业科技, a company developed by a 太阳所有城娱乐网站app graduate using UW-licensed technology in UW’s business incubator, has been acquired by a Silicon Valley company that plans to maintain and enhance the Wyoming operation.

UW 研究er Helps Develop Innovative Cooling Technology

UW 研究er Helps Develop Innovative Cooling Technology

2月23日, 2017 — The landscape of energy technology could soon be vastly improved, thanks to the work of a 太阳所有城娱乐网站app 研究er.

太阳所有城娱乐网站app获得亨廷顿氏舞蹈病治疗专利

太阳所有城娱乐网站app获得亨廷顿氏舞蹈病治疗专利

4月1日, 2016 — The 太阳所有城娱乐网站app recently was awarded a patent for a method that potentially could be used to help treat patients with Huntington's disease and other neurodegenerative diseases.

UW Scientists Want to Develop Bloodstream Bacterial Drones to Kill Tumors

UW Scientists Want to Develop Bloodstream Bacterial Drones to Kill Tumors

9月16日, 2015年——谈论制造智能炸弹, counterintelligence and infrared light-guided delivery systems may have raised a curious eyebrow from anyone walking by the open conference room door on the sixth floor of the 太阳所有城娱乐网站app building.

Material Surfaces Are Not Just Two-Dimensional, UW 研究er Discovers

Material Surfaces Are Not Just Two-Dimensional, UW 研究er Discovers

9月2日, 2015 — A physical science process that may yield a profound understanding for developing future nanomaterials -- such as those used in cellphones or computer chips -- was recently demonstrated and confirmed by a 太阳所有城娱乐网站app 研究er.

研究ers Detail Carbon Output from Rivers and Streams

研究ers Detail Carbon Output from Rivers and Streams

August 13, 2015 — Work by a 太阳所有城娱乐网站app professor and a recent UW Ph.D. graduate has provided a more complete picture of the role of rivers and streams in the global carbon cycle.

Robots Can Recover From Damage in Minutes, UW 研究er Helps Demonstrate

Robots Can Recover From Damage in Minutes, UW 研究er Helps Demonstrate

5月28日, 2015 — Robots will one day provide tremendous benefits to society, such as in search-and- rescue missions and putting out forest fires -- but not until they can learn to keep working if they become damaged.

UW-Led 研究: Bacteria Cooperate to Repair Damaged Siblings

UW-Led 研究: Bacteria Cooperate to Repair Damaged Siblings

5月21日, 2015 — A 太阳所有城娱乐网站app faculty member led a 研究 team that discovered a certain type of soil bacteria can use their social behavior of outer membrane exchange (OME) to repair damaged cells and improve the fitness of the bacteria population as a whole.

UW 研究ers Unravel Mystery in Search for Connective Tissue Disease Causes

UW 研究ers Unravel Mystery in Search for Connective Tissue Disease Causes

5月1日, 2015 — 太阳所有城娱乐网站app molecular biologist David Fay doesn’t much look like famous sleuths such as television’s Columbo -- no trenchcoat, at least -- nor Fox Mulder of “X Files” fame; there is no doubting-what’s-out-there Scully at his side.

University of 怀俄明州技术转移和研究产品中心 - Available Technologies: Energy & 环境

太阳所有城娱乐网站app 研究 Products Center - Available Technologies: Energy & 环境

University of 怀俄明州技术转移和研究产品中心 - Available Technologies: Biological & 生命科学

太阳所有城娱乐网站app  研究 Products Center - Available Technologies: Biological & 生命科学

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太阳官方网站

怀俄明州技术转移和研究产品中心

部门. 3672

1000 E. 大学大街.

拉勒米,王寅82071

电话:(307)766 - 2520

传真:(307)766 - 2530

电子邮件: WyomingInvents@gzshgg.com

在脸谱网上找到太阳官方网站(链接打开一个新窗口) 在YouTube上找到太阳官方网站(链接打开一个新窗口)

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