About our project

The problem we solve: detection/recognition of patients and prevention of infant kidnappings and baby-swappings in hospitals; matches infants to mothers at birth.

About our solution: Patientracker biometrics can recognize and track patients in a hospital using hardware and software.

commercial units/systems available for installation

About Our Company

How We Help Patients

Enable hospitals to know where their patients are at all times

How We Help Physicians

Identifies and tracks patients

How We Help Hospitals

complementary to in-place hospital security systems
 

How We Help Partners

Identifies and tracks patients; prevents baby kidnappings and baby-swappings; links mothers to their babies

Innovation Details

Intellectual Property Summary

patented; also second patent to be pending

Clinical Information

security hospital device/system

Regulatory Status

have one FDA regulatory expert on board -

How we will use the funds raised

Funds to be spent for installations at hospitals

Thank You

Have pension fund committed and a VC  ready to match this  project funding or any fundings up to $1.5 million USD.  

Supporters

• 
  Ben Berlin
  11/13/2017 - Liked the project.
• 
  Francie Grace
  10/27/2017 - Liked the project.
• 
  Mr. William Olivadoti, - taught high-energy laser fusion construction methods to UC grad students at Lawrence Livermore LKaboratory
  10/20/2016 - Liked the project.
• 
  Mr. Alex Fair, MS
  10/20/2016 - Liked the project.

Comments

Updates

• Update #1

  22nd May, 2017

  4 oncologists now have recommended this project

  One oncologist from Univ. Of Cal. Med Ctr. & one cancer researcher from Univ. of Cal -Berkeley, have recommended this project for skin, tissue and beast cancer research; two oncologists from Albany Medical College have recommended the project for melanoma clinical trials. How many more cancer researchers do I need to get to recommend this project before it ever gets off the ground?

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• Update #2

  22nd May, 2017

  error

  should read "for skin, tissue and breast cancer research"

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• Update #3

  10th July, 2017

  more

  M.D. Anderson Cancer Center: "All best on the development of your device...truly hope you make cancer history."

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• Update #4

  18th July, 2017

  new bed

  The new Mammofield bed has 15 micron horizontal scan gaps combined with a 3 micron probe gives a hardware cut of 15/3 = 5 "looks" plus 50 looks at a cell scanning velocity = 5 x 50. = 250 "looks" [images] at a cell in one horizontal pass plus 27 horizontal scans/second = 27 x 250 = 6750 "looks" [images] per second at each cell. One micron probes give 3x magnification of the above cell image.

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• Update #5

  18th July, 2017

  new [old] software

  New [old] software under development dumps scanned image of cell bioelectric field directly onto the computer screen as the cell is being scanned, thus allowing for immediate observation of the cell for anomalies etc.

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• Update #6

  18th July, 2017

  slow bed

  The new bed is actually the slowest for experimentation because it is a single line scan. A future bed system would utilize multiple line scans in a parallel output.

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• Update #7

  25th July, 2017

  IT

  engaged the services of an IT development firm to facilitate a database system to enable real-time cancer cell images/data-sharing via cloud technology for doctors, hospitals, clinics, and cancer research institutions, for the Mammofield cancer project.

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• Update #8

  29th August, 2017

  second co-investor

  second co-investor to come on board @ $1,5 million USD; require lead investor

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• Update #9

  3rd November, 2017

  news

  Mammofield recommended for further cancer research by Cornell University and University of Buffalo.

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