MPS World Summit 2024
jun. 10 – 14
Seattle Convention Center – Summit BuildingSeattle, Washington
Booth 7
Microphysiological systems (MPS) comprise a number of bioengineering breakthroughs that reproduce organ architecture and function in vitro. Fueled by stem-cell technologies, a broad variety of especially human models and test systems have emerged, which make relevant experimental tools broadly available through international and multidisciplinary collaborations.
Conference series are a key tool to form a community and accelerate scientific developments, their implementation and global harmonization. They provide an overview on the state-of-the-art in such dynamic and diverse fields, enabling transfer learning. A global conference on MPS was identified by opinion leaders in the field as a key step forward in the maturation and harmonization of the area.
40+ international organizations and companies have teamed up for a series of annual MPS World Summits to present the latest scientific achievements, discuss the advances and challenges, and enable communication between young and newly interested scientists and pioneers of the MPS field.
Featured Products & Services

ECLIPSE Ji
O novo microscópio digital invertido ECLIPSE Ji proporciona a potência de um microscópio de pesquisa em um instrumento de bancada de laboratório.

ECLIPSE Ti2 Series
Microscópio de pesquisa totalmente novo invertido com um campo de visão inovador de 25 mm.

Série de imersão em água CFI75
Com aberturas numéricas excepcionalmente altas e distâncias de trabalho ultralongas, essas lentes são projetadas para aplicações de imagem multifotônicas e eletrofisiologia.

Silicone Immersion Series
Objective lenses, perfect for imaging 3D cell cultures and thick tissue samples, provide superior depth and resolution performance for biological imaging by more closely matching the refractive index of cells and tissues.

Objetivos para espécimes clarificados de imagens
Compatível com vários agentes óticos que possuem uma ampla faixa de índices de refração. Projetado para imagens ultra-profundas em grande escala.