As a scientists-founded and scientists-driven leading biotechnological company, Creative Biogene focuses on developing high quality products and services, as well as proprietary technology to support the research in the field of basic life sciences research, biomedical development, industrial synthetic application and preclinical drug discovery.

This project provides datasets supporting the analysis of carbon partitioning and metabolite excretion in different Synechocystis sp. PCC 6803 strains. It includes intracellular and extracellular metabolite measurements, glycogen quantification, and sampling metadata, enabling investigation of carbon overflow and glycogen metabolism under different nitrogen conditions.

Research Training Group 2901 SYLOBIO

Systemic and local reactions in case of incompatibility to biomaterials for joint and skin lesions

Incompatibility to biomaterials and the body's response

Biomaterials serve as temporary or permanent replacements for tissue structures that are irreversibly damaged or functionally impaired. Possible incompatibility of biomaterials used for total joint replacements and dressings for chronic wounds is triggered by inflammatory reactions in the host tissue, ...

Model-based design of a biorefinery platform to valorise agrifood organic waste into odd-chain volatile fatty acids integrating technical and environmental criteria

The conversion of organic wastes by anaerobic fermentation (the so-called carboxylate platform) is one of the promising emerging biorefineries that allows valorising organic carbon to volatile fatty acids (VFA), which can be further processed as chemicals, biopolymers and biofuels. A major obstacle to the widespread of the carboxylate ...

Understanding the spectrum of complex metastatic processes is important to the development of a comprehensive and cohesive understanding of cancer metastasis. The Metastasis Research Network (MetNet) supports collaborative, multidisciplinary projects that focus on several themes of the metastatic process and use integrative systems-level approaches.

MetNet is advancing the understanding of metastasis as a non-linear, dynamic, and emergent process, as well as revealing mechanistic insights of early ...

The MIT Superfund Research Program was created in 2017 to be responsive to communities who live near Superfund Sites. In particular, the MIT team leverages scientific research, community engagement, and educational experiences to support people who are concerned about hazardous chemicals in their environment.

Carcinogenic contaminants threaten the health of people living in the Mystic River Watershed (near the Olin, Industriplex, and Wells G&H Superfund sites) and members of Native American ...

Tables of standard chemical potentials of compounds of biological interest. The standard chemical potentials (molar Gibbs energies of formation from the chemical elements) were collected from various literature resources. Then Legendre transformations a la Alberty et al 2011 were done with respect to protons, Mg2+, water, and also Legendre-like transformations for phosphate, sulfate, bicarbonate and ammonium. All together this resulted in the new 'standard metabolic potentials', which should be ...

CBPP Research

2022-2025 raw data Giulia PhD

Conditions, online data and Raman spectra

Endometriosis research done by the Griffith lab (MIT) and the Goods lab (Dartmouth)

ABSTRACT – OVERALL The primary focus of the MIT/DFCI Center for Systems Biology of Glioblastoma is to understand the intersections between neurons, immune cells, and tumor cells in this deadly tumor. The lack of response to immunotherapy strategies despite prominent infiltrates of immune cells in many GBM highlights the immuno- suppressive nature of the GBM microenvironment and the importance of more clearly understanding the dynamic interactions at the tumor/immune interface. Similarly, interactions ...

The mission of the Virtual Human Platform is to improve the prediction of the potential harmful effects of chemicals and pharmaceuticals based on a holistic, interdisciplinary definition of human health by developing the Virtual Human Platform and accelerating the transition from animal-based testing to innovative safety assessment. The Virtual Human Platform integrates data on human physiology, chemical characteristics and perturbations of biological pathways, for the first time in an inclusive ...

Mission: We perform cutting-edge research on data generated by novel biomolecular technologies to address questions in pneumology. Towards this, we use biological high-throughput data, i.e., OMICs data, to gain insights into molecular and phenotypic traits and diseases using computational methods. We combine data, methodology and their applications in pneumology through interdisciplinary collaboration with mathematicians, computer scientists, biologists and physicians.

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Vesicle formation by Pseudomonas, their characterization and interaction with the host.

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