Graphical program used to map keyboard buttons and mouse controls to a gamepad. Useful for playing games with no gamepad support.

[NOT maintained anymore] Graphical program used to map keyboard buttons and mouse controls to a gamepad. Useful for playing games with no gamepad support

Graphical program used to map keyboard buttons and mouse controls to a gamepad. Useful for playing games with no gamepad support

Collecting AMP MIC data from different sources, then running a GAN to output promising sequences

antimicro Profiles for Use With Computer Games and Other Applications

No description available

The project has moved here: https://github.com/AntiMicro/antimicro

ArcadeFlashWeb is a program to play Flash Games (SWF), on Windows 7, 8, 8.1 and 10, without installing Flash Player (works despite the end of Flash). Versions : command line and GUI (perfect for Arcade Cabinet).

Using MolE pre-trained representation to predict novel antimicrobial compounds

A quick and dirty fork of libretro-dolphin-launcher to launch Xemu from Retroarch. It uses antimicrox to quickly exit and return to Retroarch.

Toward insights on determining factors for high activity in antimicrobial peptides via machine learning

iAMP-DL: Identifying short antimicrobial peptides using long short-term memory incorporated with convolutional neural networks

Graphical program used to map keyboard and mouse buttons to gamepad buttons. Useful for playing games with no gamepad support

Antimicrobial resistance gene predictor

Deep Convolutional Neural Network that identifies Antimicrobial Peptides based on Amino Acid Sequence.

Machine Learning Project: Predicting Antimicrobial Peptides

No description available

Bioinformatics Institute project

No description available

A bioinformatics project to predict antimicrobial peptides using Pfeature, CD-HIT, and Random Forest Generation

Emulate some of Antimicro's functionality for console programs, without X support

Graduation Project of Bachelor

This repository contains all of the code required to replicate the analysis in the manuscript "METAGENOMIC INVESTIGATION OF THE EFFECTS OF ANTIMICROBIAL DRUG USE PRACTICES ON THE MICROBIOME AND RESISTOME OF BEEF FEEDLOT CATTLE"

Artificial intelligence powered antimicrobial resistance predictor. This Webapp was developed by Dr. Fredrick Mutisya and Dr. Rachael Kanguha using Pfizer data as part of the Vivli data challenge.

AMPAI is an end-to-end bioinformatics project, aimed at predicting antimicrobial peptides (AMPs) using machine learning techniques.

game profiles for antimicro

No description available

Antimicrobials idenification Dataset

Projeto PIBIC Extração das características físico-químicas de peptídeos com base na sequência de aminoácidos

No description available