Skip to main content
Sign in
Summit Research Repository
SIGN IN
SFU Mail
goSFU
Canvas
Library Catalogue
Search
Search
This site
SFU.ca
Submit your Research
Menu
Main navigation
Home
Collections
About
Contact
Search Summit
Search
Search
Sort by
Relevance
Title
Order
Asc
Desc
Search
Displaying 1 - 15 of 15
Investigating the neuroprotective role of OGA inhibition by Thiamet-G against Alzheimer\'s disease
Author:
Li, Zenan
Date created:
2018-02-23
Development and evaluation of a library of thiazoline-sugar based inhibitors
Author:
Seo, Isaac Kippum
Date created:
2017-04-20
Methods for chemical mapping of O-GlcNAc in the Drosophila genome
Author:
Myschyshyn, Mike
Date created:
2017-07-10
Sentiment-aligned Topic Models for Product Aspect Rating Prediction
Author:
Wang, Hao
Date created:
2015-03-23
SimBoost: A Read-Across Approach for Drug-Target Interaction Prediction Using Gradient Boosting Machines
Author:
He, Tong
Date created:
2016-10-04
Continuous Conditional Random Fields for Drug Target Interaction Prediction
Author:
Heidemeyer, Marten
Date created:
2016-10-03
Development of chemical tools for studying human O-GlcNAcase activity
Author:
Cekic, Nevena
Date created:
2015-11-18
Specialized Macro-Instructions for Von-Neumann Accelerators
Author:
Sharifian, Amirali
Date created:
2016-11-30
Activity monitoring using topic models
Author:
Nabaei, Boshra
Date created:
2017-03-29
Development of tools and methods for studying glycan processing proteins in living systems
Author:
Perley-Robertson, George Evan
Date created:
2016-05-12
Kinetic studies of O-GlcNAc processing enzymes: implications for enzyme regulation
Author:
Shen, David Lin
Date created:
2011-04-15
Classification of coding and non-coding RNA in RNA-Seq data
Author:
Okada, Hisanaga
Date created:
2011-02-28
PADME: A deep learning-based framework for drug-target interaction prediction
Author:
Feng, Qingyuan
Date created:
2019-03-13
Learning accurate and understandable rules from SVM classifiers
Author:
Chen, Fei
Date created:
2004
Investigations into O-GlcNAcylation through analytical mass spectrometry
Author:
Clark, Thomas
Date created:
2014-12-17