Transcriptomic Solutions

Transcriptomic Solutions http://transcriptomics.org

BESPOKE BIOINFORMATICS PIPELINE DESIGN

Analyzing next-generation sequencing data requires the confident selection of effective bioinformatic approaches driven by a modern understanding of biology. We believe that through tight collaboration between the client and our multi-disciplinary team, the best pipeline for any data set can be designed. Central to Transcriptomic Solutions’ approach is the rejection of any black box within bioinfo

rmatics pipelines as next-generation sequencing data sets are both highly complex and unique. Towards this end, the collective expertise of the team will be brought to bear on any data interpretation issues, delivering solutions through robust integration of modern systems biology and cutting-edge computational science. COMPLEXITY MATTERS
We specialize in non-model organism, high uncertainty and high complexity data, including the very cutting-edge of metaorganismal systems. Additionally, we can produce rich data output from all well characterized model organisms, designed for ease of interpretation and publication by biologists. Although less controlled or environmental experiments can be attractive in terms of application driven biological impact, they generally demand very high computer power and advanced computing skills that may be challenging and time consuming for the majority of research scientists. Transcriptomics Solutions provides a fast and inexpensive option to explore such data to the highest possible standard of quality without the need for a reduction of complexity.

Big News! 🎉 Our research featured in Nature!Thrilled to share that our work on the gut microbiome’s link to fibromyalgia...
09/27/2024

Big News! 🎉 Our research featured in Nature!Thrilled to share that our work on the gut microbiome’s link to fibromyalgia, in collaboration with Amir Minerbi (clinician) and Nick Brereton (biologist), has been recognized by Nature. This project is a real team effort, blending clinical expertise, biology, and computational techniques to uncover key bacterial players in chronic pain. It’s exciting to see our efforts featured by one of the most respected journals!

Check it out here: https://www.nature.com/articles/d41586-024-03006-z

Pain from conditions such as endometriosis could be alleviated if the gut’s resident bacteria can be understood and tamed.

🚀🔬 Big news in space biology!I’m excited to share our latest study, just published in npj Biofilms and Microbiomes, with...
08/31/2024

🚀🔬 Big news in space biology!

I’m excited to share our latest study, just published in npj Biofilms and Microbiomes, with my partner in crime Nick Brereton, McGill University and a fantastic team of international scientists, including those at !

Link: https://www.nature.com/articles/s41522-024-00545-1

Our research, part of the Nature Portfolio package, “The Second Space Age: Omics, Platforms, and Medicine across Space Orbits”, offers new insights into how space travel affects the gut microbiome:

🔍 Space travel significantly changes the gut microbiome, which could impact immune function and metabolism in space.

🌑 This is crucial for the success of long-term space missions, such as a Moon base or Mars expedition, and helps ensure astronaut health during extended space travel.

A huge thank you to everyone involved in this groundbreaking study from institutions around the world, including McGill University, NASA Ames, Harvard, Cornell, MIT, Blue Marble Space Institute

The journey continues as we explore the next frontier of human health in space and on Earth!

The ISS rodent habitat has provided crucial insights into the impact of spaceflight on mammals, inducing symptoms characteristic of liver disease, insulin resistance, osteopenia, and myopathy. Although these physiological responses can involve the microbiome on Earth, host-microbiota interactions du...

02/08/2023
02/08/2023

Dietary glycans are a major driver of the human gut microbiota composition. Here, the authors apply next-generation metabolic labeling coupled with fluorescence-activated cell sorting to identify and isolate gut bacteria consumers of dietary glycans in human stool samples, linking bacteria to the gl...

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H1X2B2

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