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FY 2021 DNA Capacity Enhancement and Backlog Reduction

Award Information

Award #
15PBJA-21-GG-03136-DNAX
Location
Congressional District
Status
Open
Funding First Awarded
2022
Total funding (to date)
$2,277,278

Description of original award (Fiscal Year 2022, $2,277,278)

The Michigan State Police requests FY 2021 DNA Capacity Enhancement for Backlog (CEBR) Program Funding to assist the Forensic Science Division (FSD) in reducing the statewide backlog of DNA casework awaiting analysis and to increase the capacity of its DNA and Database laboratories. 

Backlogs exist in most forensic disciplines as a result of high case submission volumes and low staff levels.  This makes it challenging to meet a growing demand for services at all crime labs. The Forensic Science Division’s ability to establish a staffing level sufficient to reduce and/or prevent casework backlogs has been difficult. The large number of cases has historically made it hard for the units to achieve and maintain a manageable backlog and turnaround.  The efficient analysis and scientific identification of DNA casework analysis is critical to keeping cases moving through the criminal justice system and benefits the health and safety of all Michigan residents.

The requested funding will be used to: (1) continue payroll support for laboratory personnel; (2) provide limited overtime for backlog reduction; (3) provide continuing education to DNA personnel; (4) Purchase STRmix licenses; (5) Purchase 3 STRmix workstations; (6) Upgrade 1 existing 3500 AB to a 3500 AB xl; (7) REMOVED (8) Purchase STACs - CW upgrades; (9) Purchase STACs - DB upgrades; (10) Purchase a high speed scanner to run the STACs - DB upgrades for the CODIS/DNA units.

DNA analysis conducted under this program will be maintained pursuant to all applicable federal privacy requirements. All eligible profiles obtained with funding from this program will be entered into the Combined DNA Index System (CODIS) and uploaded to the National DNA Index System (NDIS), when applicable.

Date Created: December 7, 2021