The Advanced Light and Electron Microscopy BioImaging Center (ALEMBIC) is directed and operated by an expert staff whose activity is devoted to technical innovations in imaging technology. In ALEMBIC novel microscopy approches are coupled with leading-edge biological experimentation, with the aim of creating a rich, continuously updated resource for internationally competitive biomedical research. The facility is organized to provide both service and innovation.
ALEMBIC is part of:
For more information about Euro-Bioimaging and to submit a project ► click here.
November, 10 2020 | h 11:00 Webinar
in collaboration with Fluidigm
Helios™ and Hyperion™: CyTOF® Mass Cytometry Technology
A director oversees the operations of the facility and coordinates a small staff that contributes to accomplishing the mission. A complex of more than 10 laboratories houses, in approximately 300 square meters, several imaging systems equipped for live or fixed tissue experimentation, two transmission electron microscopes, the space and the necessary accessories to prepare specimens for imaging.
In addition a high-capacity network of digital workstations is integrated into the facility to enable researchers to elaborate, process and present their data as efficiently and effectively as possible. There is also an area used by the staff and by their collaborators to develop new methodologies and to conduct research on techniques which have significant potential to enhance bioimaging research. Aside from its intrinsic value the staff's research activity promotes technical updates on a regular basis and keeps the facility on the forefront of available technology.
ALEMBIC has approximately 300 square meters on level -2 of DIBIT1. Download here the facility map.
Aside from provinding instrumentation, the facility is designed to instruct researchers on how to effectively use the microscopes in order to perform experiments independently.
This is especially the case for access to optical microscopes for which researchers are required to attend an introductory course held by the ALEMBIC staff before being authorized to use any instrument.
- For service, instrumentations or training requests click here*
- For indipendent access to ALEMIC's rooms:authorized badge (editable pdf)
- For public FTP access: request form
Check out the ⇛ complete list of publications ⇚
All the Users publishing pictures, experiments or data obtained through the use of the ALEMBIC equipments are kindly invited to insert a phrase of acknowledgement in the “Acknowledgements“.
For your convenience, here below is an example that you can use: “Part of this work was carried out in ALEMBIC, an advanced microscopy laboratory established by IRCCS Ospedale San Raffaele and Università Vita-Salute San Raffaele".
For more than 10 years the Advanced Light and Electron Microscopy Center has organized various events (seminars, courses, lectures) on microscopy and related topics. These events are held by both ALEMBIC staff and by national and international speakers.
July, from 21 to 31 2020 | On site Demo
in collaboration with Olympus Life Science Italia
The Olympus SpinSR10 Spinning Disk Confocal: spinning disk confocal super resolution microscope
July 14, 21 and 28 2020 | Web-Seminars
in collaboration with FLIM Labs
- July 14, h 15.00 - Fluorescence Lifetime Imaging Microscopy: Introduction & Overview (1 h)
- July 21, h 15:00 - Fluorescence Lifetime Imaging Microscopy: Phasor Approach (30 min)
- July 28, h15:00 - Fluorescence Lifetime Imaging Microscopy: Tracking Cell Metabolism (30min)
Relator: Alessandro Rossetta, CEO & Founder FLIM LABS
February 4 | Seminar
Aula Nina, DIBIT1, - 1S floor, h 11.00
From 4 to 6 | On-site demo
slots available on demand
January, 23 2020 | Seminar (download the flyer here).
in collaboration with ARIVIS
ARIVIS Vision 4D - ANALISI QUANTITATIVA MULTIDIMENSIONALE DELLE IMMAGINI
Arivis 4D is a new software, now available at ALEMBIC, for visualization and analysis of multi-dimensional (2D, 3D and 4D) image data of almost unlimited size
Here is a list of past events for each year:
2017-2020. Regione Lombardia - Accordi per la Ricerca, lo Sviluppo e l’Innovazione, “iPSLight - Nuovi sistemi biotecnologici iPSC per lo sviluppo farmaceutico nel settore delle malattie neurodegenerative” Multicentric project, Coordination: Axxam
The project investigates in pharmaceutical research the use of reprogrammed iPSCs (induced pluripotent stem cells) obtained from patients with neurodegenerative diseases, in combination with high-content and high-throughput microscopy.
For more information, visit www.ips-light.com
2013-today Italian Ministry of Research (MIUR), “The Eurobioimaging Initiative”. Euobioimaging Italian Node, Multicentric project, Coordination: Istituto di Biochimica e Biologia Cellulare, Napoli, CNR
MIUR funding supporting the participation of the Italian Node to Eurobioimaging, a research infrastructure that offers open access to internationally renowned imaging facilities in Europe.
For more information, visit https://www.eurobioimaging.eu
2012-2014 Regione Lombardia, Progetti di Ricerca Industriale e Sviluppo Sperimentale nei settori strategici di Regione Lombardia e del MIUR, “Optical Method for Ion Channel Screening (OMICs); Multicentric project, Coordination: Axxam
The project was aimed at developing a prototype to exploit our proprietary approach to the the study of ion channel conductance and to compare its drug screening potential with state-of-the-art approaches.
2009-2011 Regione Lombardia, Programmi di sviluppo della competitività, “VIP (Vsd-based Imaging Platform for screening), Multicentric project, Coordination: UniSR
2007-2009 Regione Lombardia - Metadistretti Lombardi “CNS OptoPharmaTest”, Multicentric project, Coordination: Optotec
The project was aimed at developing a method for the optical recording of cellular electrical activity in order to provide a detailed analysis of neuronal properties at both the single neuron and the neuronal network level.
Photoshop CS suite
The most popular program for creating and modifying digital images
The ultimate image analysis software package for fluorescence imaging, quality assurance, materials imaging, and various other scientific, medical, and industrial applications.
Probably the most powerful and user-friendly software designed to provide you with rapid, interactive, high resolution volume rendering of your 3D and 4D data sets. Volocity is installed in a dedicated Windows Xp 64bit off-line workstation.
High-quality programs intended for restoration, interactive analysis and volume visualization of 2D, 3D, multi-channel and time series images from fluorescence microscopes. Huygens Software is also installed in a dedicated Windows Xp 64bit off-line workstation.
SoftWorx is acquisition/analysis software of DeltaVision RT Deconvolution System installed in a dedicated off-line workstation, Linux RedHat-based. SoftWorx provides data management, visualization and image restoration and deconvolution (with measured PSF) of DeltaVision RT datasets.
IN Cell Investigator
Automated cell imaging devices, such as the IN Cell Analyzer 1000, generate high volumes of data. IN Cell Investigator software was designed to efficiently analyze and interpret those amounts of data from live and fixed cell assays. IN Cell Investigator Software can work with images recorded by other instrumentations (.tiff format) when using the IN Cell Translator Software.
Oko-Vision software (from OkoLab) is a modular software specifically designed for live cells multidimensional experiments. This software easily allows you to select the images of the sequence that has to be analyzed, to plot and graph data sets and perform data aggregation and statistical analysis, especially for Cell Tracking and Wound Healing assay experiments.
Arivis 4D (from Arivis) is a powerful software solution for visualization, sharing, analysis and presentation of multi-channel and multi-dimensional (2D, 3D and 4D) image data of almost unlimited size, independently of available RAM. Arivis 4D can easily import most image formats from microscopes and allows high performance interactive 3D / 4D rendering visualization and data processing with annotation and analysis with powerful pipelines. It could also integrate custom custom workflows via Matlab API or Python scripting.
Check out our Freeware BioImaging Software Web-Case
Amazing software and image analysis tools often have one big fault...they are very very expensive! Not always (unfortunately), but often (fortunately) scientists, researchers, programmers or software developers build and allow free use of very interesting and useful software or imaging tools. This page is a free space where you can point out your free software for the whole community. If you have any free software to indicate please send an email to Cesare Covino and we will be glad to publish it on our Freeware BioImaging Software Web-Case page (Last update: May 27th, 2009).