Ke Chen, 30Chicago, IL

7026339, Apr 11, 2006

Nov 3, 2004

10/981128

Fan Yang - Burlington MA, US
Bo Zhang - Fishers IN, US
Nancy Anne Wicnienski - Kalamazoo MI, US
Jeffrey Allen Pfefferkorn - Dexter MI, US
Meredith L. Greene - Detroit MI, US
Ke Chen - Chapel Hill NC, US
Richard A. Nugent - Ashland MA, US
Matthew Todd Reding - University City MO, US
Robert Charles Kelly - Augusta MI, US
Mark A. Mitchell - Kalamazoo MI, US
Lee A. Funk - Oceanside CA, US
Rebecca Merry Anderson - Mattawan MI, US

A61K 31/255
A61K 31/44
C07C 309/73
C07C 309/75
C07D 213/44

514346, 514355, 514438, 514466, 514518, 514604, 544131, 544405, 546291, 546316, 546332, 5483361, 548495, 548537, 548561, 548566, 549 65, 549 78, 549441, 549493, 558 58, 564 92

The present invention relates to compounds, process for their synthesis, compositions and methods for the treatment and prevention of hepatitis C virus (HCV) infection. In particular, the present invention provides novel compounds, pharmaceutical compositions containing such compounds and methods for using these compounds in the treatment or prevention of HCV infection. The present invention also provides processes and intermediates for the synthesis of these compounds.

2021026, Sep 2, 2021

Jun 20, 2019

17/252360

- Houston TX, US
Fei TIAN - Houston TX, US
Gang CHEN - Carlisle MA, US
Bai SONG - Cambridge MA, US
Ke CHEN - Cambridge MA, US
Li SHI - Austin TX, US
Xi CHEN - Austin TX, US
Sean SULLIVAN - Austin TX, US
David BROIDO - Needham MA, US
Navaneetha Krishnan RAVICHANDRAN - Chestnut Hill MA, US

University of Houston System - Houston TX

C01B 35/04
C30B 29/40

A method for growing bulk boron arsenide (BA) crystals, the method comprising utilizing a seeded chemical vapor transport (CVT) growth mechanism to produce single BAs crystals which are used for further CVT growth, wherein a sparsity of nucleation centers is controlled during the further CVT growth. Also disclosed are bulk BAs crystals produced via the method.

2017022, Aug 3, 2017

Jun 16, 2016

15/184020

- South San Francisco CA, US
Amy Dines - Beverly MA, US
Tatiana Jordan - Denver CO, US
Ke Chen - Foster City CA, US
Keqin Liu - Pleasanton CA, US

G06Q 10/10
G06Q 10/06
G06F 17/50

An employee compensation modeling approach generates a model from a stored template. The model template may include fields for eligibility rules, performance ratings, guidelines, exchange rates, pay ranges, and other information. A modeling engine then populates that model with specific data from a human resources (HR) database, according to the structure of the template. Examples of HR data stored in an underlying database can include employee names, job codes, pay grades, physical job locations, base salaries, and other compensation-relevant information. The resulting compensation model includes a name, a description, target(s), and other information including allocation(s). The compensation model is displayed on an interface configured to receive further user inputs for purposes of model exploration and/or update. In certain embodiments, the HR database may be an in-memory database, with the template and/or engine also being present within the in-memory database in order to leverage its processing power and storage capacity.