Description: The RII Core Facilities Pilot Program is designed to support three key types of activity within the RII-managed core facilities. Each CFPP proposal will be evaluated on scientific merit and feasibility, and should focus on one or more of the following activity types:

1. The development of new methods or techniques that would extend the standard operating procedures and capabilities of RII-managed core facilities and potentially impact multiple UA researchers. Successful projects will result in new methods or techniques which will be disseminated to the UA research community via the core’s website, and be incorporated into the core’s standard operating procedures and capabilities.
2. The acquisition of preliminary data needed for extramural proposals. Successful projects will result in at least one new extramural research proposal. PIs must note the specific extramural funding opportunity announcement for which they plan to submit and their anticipated submission date along with their CFPP application. A full justification of the anticipated studies is required.
3. The technical training of students conducting research under existing extramural funding. Successful projects will result in student researchers with the technical skills to operate equipment safely, efficiently and independently within the core facility(ies). PIs should note the student(s) to be trained, the core(s) in which they will be trained, the equipment on which they are to be trained, and the funding source under which the student’s research project is funded. Proposals to train students from traditionally marginalized groups will be given funding priority.

Due date: November 1, 2023 at 5pm
UA Cultivate link: https://arizona.infoready4.com/#competitionDetail/1912027

OMERO is open-source software that the UA has recently made available which can help campus research labs with image data management. To assist interested users in getting started with OMERO a two-day, hands-on workshop was schedule on August 3-4 (9 am to 5 pm), 2023. For more information please contact Douglas W. Cromey, MS (dcromey@arizona.edu)

Information about the workshop and the registration link can be found at: https://microscopy.arizona.edu/news/omero-image-data-management-server-software-hands-workshop-aug-2023

The RII Core Facilities Pilot Program is designed to support three key types of activity within the RII-managed core facilities. Each CFPP proposal will be evaluated on scientific merit and feasibility, and should focus on one or more of the following activity types:

1. The development of new methods or techniques that would extend the standard operating procedures and capabilities of RII-managed core facilities and potentially impact multiple UA researchers. 
2. The acquisition of preliminary data needed for extramural proposals. Successful projects will result in at least one new extramural research proposal. 
3. The technical training of students conducting research under existing extramural funding. Proposals to train students from traditionally marginalized groups will be given funding priority.

Most awards will be capped at approximately $10,000, although well-justified projects may be awarded funding above this level.

List of eligible facilities:

1. Analytical and Biological Mass Spectrometry
2. Flow Cytometry and Human Immune Monitoring Shared Resource (BD LSR, BD, FACSARIA, BD Canto)
3. Functional Genomics Core
4. Imaging Cores - Electron
5. Imaging Cores - Optical
6. Machining and Welding Center
7. Micro/Nano Fabrication Center
8. Translational Bioimaging Resource
9. University of Arizona Genetics Core
10. BIO5 Genetically Engineered Mouse Models (GEMM) Core
11. Arizona Genomics Institute

Proposals are due: AUGUST 2, 2023  | 5:00p 
Full Details

The RII Core Facilities Pilot Program is designed to support three key types of activity within the RII-managed core facilities. Each CFPP proposal will be evaluated on scientific merit and feasibility, and should focus on one or more of the following activity types:

1. The development of new methods or techniques that would extend the standard operating procedures and capabilities of RII-managed core facilities and potentially impact multiple UA researchers.
2. The acquisition of preliminary data needed for extramural proposals. Successful projects will result in at least one new extramural research proposal.
3. The technical training of students conducting research under existing extramural funding. Proposals to train students from traditionally marginalized groups will be given funding priority.

Most awards will be capped at approximately $10,000, although well-justified projects may be awarded funding above this level. It is required that CFPP proposals and their budgets be developed with the assistance of the relevant core facility manager(s). Proposals are due May 3, 2023 by 5pm. List of eligible facilities:

1. Analytical and Biological Mass Spectrometry
2. Flow Cytometry and Human Immune Monitoring Shared Resource (BD LSR, BD, FACSARIA, BD Canto)
3. Functional Genomics Core
4. Imaging Cores - Electron
5. Imaging Cores - Optical
6. Machining and Welding Center
7. Micro/Nano Fabrication Center
8. Translational Bioimaging Resource
9. University of Arizona Genetics Core
10. BIO5 Genetically Engineered Mouse Models (GEMM) Core
11. Arizona Genomics Institute

Application and Full Details

Patty Jansma, MS has been named the winner of the 2023 Hildegard H. Crowley Award, given by the Microscopy Society of America. The awards ceremony will be at the annual MSA meeting being held this year in Portland, OR.

Patty is currently the co-Manager of the Imaging Cores - Optical core facility (Research Innovation and Impact). She has over 4 decades of microscopy expertise and has managed microscopy core facilities for 33 years.

Per MSA "This Award annually honors a technologist from the Biological sciences who has made significant contributions, such as the development of new techniques that have contributed to the advancement of microscopy and microanalysis. A technologist is defined as an individual whose primary role is in microscopy and microanalysis tool development or service."

The DISCOVER BIO5 event series is designed to showcase the innovative bioscience research happening at the University of Arizona, and to share the inspiring ways we are preparing our next generation of scientists for the future. The 2023 Event is Wednesday, March 8th from 4PM-7PM. Registration is now closed.

The RII Imaging Cores - Optical, in collaboration with the core's Faculty Research Advisory Committee (FRAC), was awarded internal equipment enhancement funds for their proposal to purchase a Zeiss Axio Observer 7 widefield microscope with an Apotome III attachment that gives confocal-like resolution and optical sectioning capabilities in samples up to about 20um in thickness. The Faculty lead on the proposal was Dr. Helena Morrison (College of Nursing) , along with co-PIs Dr. Erica Eggers and Dr. Art Rigel (both from the College of Medicine).

This new instrument will run using the ZEN software, which is familiar to the users of many of the other instruments in the core facility. It is a fully motorized widefield system and should enable the capture of up to 5 colors (4 visible light, 1 near-IR) in fluorescence widefield mode, and 4 colors using the Apotome.

The microscope will be located in Life Sciences North and expected installation is sometime in May 2023.

More information on the Apotome.

During the period between mid-August to mid-September all four of the major optical microscope vendors will be doing on-site demonstrations of very well equipped research-grade microscopes.

Why?

The managers of the RII Imaging Cores – Optical are evaluating microscopes, along with our faculty oversight committee, for a planned application to the UA’s equipment enhancement fund for core facilities, due September 28, 2022. The microscope would go in our core facility, probably in Life Sciences North. 

We are looking for a fully-motorized, computer-controlled widefield microscope with a color camera and a high-end fluorescence camera. The microscope would be similar to the popular Leica DMI6000 that we already have, with a few distinctives. The rationale for a second, somewhat similar, microscope is to avoid potentially overloading the schedule of existing Leica.

• Stereology software – A recent faculty hire has been promised stereology software from MBF Biosciences to be installed either on the DMI6000 or possibly on the proposed new microscope. The new software controls the microscope and cameras directly, acquiring images and performing the analyses on those images in real time. Stereology is an unbiased form of image analysis that relies on the math found in geometry and statistics. The technique is often used by brain and lung researchers, but it is not limited to those organs. For more information, see: https://www.stereology.info/stereology/
• Confocal-like images – We will be evaluating three microscopes with deconvolution software and one with a hardware structured illumination approach to obtaining crisp fluorescence images. Both approaches are robust and have been used in publications for many years. One of our goals is to provide a way for UAHS labs with thin samples (e.g., paraffin sectioned tissue or cultured cells) to obtain confocal-like fluorescence images without needing to travel to the very popular confocal microscope found in the Marley facility.

For the latest information on the schedule and the vendors that are coming, please see the Microscopy Month page on the Microscopy Alliance website.

Mr. Doug Cromey served as a lecturer for the Optical Microscopy & Imaging in the Biomedical Sciences course, Woods Hole Marine Biological Institute, Woods Hole, MA. His presentation was entitled “Ethics & Scientific Digital Imaging”.

Mr. Cromey is the co-manager of the RII Imaging Cores - Optical and a 1998 alumni of the OMIBS course.