In the realm of forensic science, false positive results are a serious consideration. The tests that are utilized in a forensic science laboratory should be fully validated, and the scientists should be aware of any problems that can occur (National Research Council). Several detergents and other soap products contain bacterial amylase (Niyonzima) (Hole). This study delves into false positive results that can transpire from detergents or detergent residues when testing for saliva using the Phadebas Tube Test
Identification of saliva on stamps or envelope flaps remains yet a not widely studied problem. In mo...
This research is focused on investigating the effectiveness of mouthwash by analyzing the DNA yield ...
Amylase activity in exhaled breath condensate (EBC) is usually interpreted as an indication of oroph...
Amylase testing has been used as a presumptive test for crime scene saliva for over three decades, m...
Recent advances in genetics have allowed increasing acutely the capacities of the formation of relia...
Contemporary forensic science hinges on DNA analysis to link an individual to a crime scene. Sources...
Saliva stains can play an important part in the forensic investigation of violent crimes by linking ...
The determination of the biological source of DNA recovered from exhibits in forensic investigations...
Saliva is commonly found at crime scenes and other biological fluids, such as semen, urine, blood, a...
ABSTRACT: Amylase levels were determined for 148 semen samples and 20 saliva samples as well as for ...
The Phadebas® Forensic Press Test is routinely used for the detection of saliva. However, assessment...
Background: Human body fluids are vital for criminological examinations. The recovery, conservation,...
Biological fluids, like saliva, are commonly encountered in forensic casework. The ability to locate...
Biological evidence originating from saliva can be of considerable significance to criminal investig...
which the chemical basis is similar to that in the Boehringer assay, indicated a small negative bias...
Identification of saliva on stamps or envelope flaps remains yet a not widely studied problem. In mo...
This research is focused on investigating the effectiveness of mouthwash by analyzing the DNA yield ...
Amylase activity in exhaled breath condensate (EBC) is usually interpreted as an indication of oroph...
Amylase testing has been used as a presumptive test for crime scene saliva for over three decades, m...
Recent advances in genetics have allowed increasing acutely the capacities of the formation of relia...
Contemporary forensic science hinges on DNA analysis to link an individual to a crime scene. Sources...
Saliva stains can play an important part in the forensic investigation of violent crimes by linking ...
The determination of the biological source of DNA recovered from exhibits in forensic investigations...
Saliva is commonly found at crime scenes and other biological fluids, such as semen, urine, blood, a...
ABSTRACT: Amylase levels were determined for 148 semen samples and 20 saliva samples as well as for ...
The Phadebas® Forensic Press Test is routinely used for the detection of saliva. However, assessment...
Background: Human body fluids are vital for criminological examinations. The recovery, conservation,...
Biological fluids, like saliva, are commonly encountered in forensic casework. The ability to locate...
Biological evidence originating from saliva can be of considerable significance to criminal investig...
which the chemical basis is similar to that in the Boehringer assay, indicated a small negative bias...
Identification of saliva on stamps or envelope flaps remains yet a not widely studied problem. In mo...
This research is focused on investigating the effectiveness of mouthwash by analyzing the DNA yield ...
Amylase activity in exhaled breath condensate (EBC) is usually interpreted as an indication of oroph...