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Demo of TrakCare EMR (Electronic Medical Record)

When: Monday, 01 December 2025 - Monday, 01 December 2025
Where:
Ground Floor, PVT Resource Centre, PVT Building, 29 Princess of Wales of Terrace, Parktown
Start time:16:00
Enquiries:

idori.research@wits.ac.za
RSVP:

https://forms.office.com/r/3shHQe6SMM

Invitation to Demo of TrakCare EMR (Electronic Medical Record)

Dear Colleagues,

IDORI would like to invite you attend a demo of TrakCare EMR.

This demo will show you how a world class EMR can be used in an academic hospital setting, the impact on clinicians, staff and patients and the benefits. Intersystems will also show how these solutions comply with international best standards and how ML/AI is being built into these solutions and the benefits and how these solutions create the data foundation on which analytics and research can be supported.

Kindly RSVP here to attend on Monday, 1 December, either IN-PERSON or ONLINE: Demo of TrakCare EMR (Electronic Medical Record) for academic hospitals

Please feel free to forward this meeting request to others who might be interested in attending, especially clinicians. All are welcome.

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SEMINAR: "See the invisible. Transform the possible." (Nanoscale Flow Cytometry)

When: Tuesday, 02 December 2025 - Wednesday, 03 December 2025
Where:
In-person only at the Wits Diagnostic Innovation Hub (WitsDIH), Executive Boardroom, 1st floor, Building B, Sunnyside Office Park, 32 Princess of Wales Terrace, Parktown.
Start time:12:30
Enquiries:

idori.research@wits.ac.za
RSVP:

IDORI Seminar Series: ThinkTank Nano and DxFlex (at Wits DIH, with Beckman Coulter)

SEMINAR: "See the invisible. Transform the possible." (Nanoscale Flow Cytometry)

At the WITS Diagnostic Innovation Hub, we believe thinking small can unlock the biggest breakthroughs. With the support of the SAMRC, we are pioneering the use of nanoscale flow cytometry, a powerful technology reshaping how we understand viruses and other nanoscale biological structures.
This work is enabled by Beckman Coulter’s CytoFLEX Nano, a ground-breaking platform merging flow cytometry with nanotechnology to deliver high-resolution, high-sensitivity analysis of particles as small as 40 nm (characterized using 40nm polystyrene beads triggering on violet side scatter). It provides detailed insight into particle size, composition, and surface properties—transforming research on viruses, extracellular vesicles (EV’s), and other nanoparticles.
Our current projects include the role of EV’s in patients with sickle cell disease (SCD) and flow virometry to detect and characterise low-level HIV viraemia.

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