IGG testing, also known as Immunoglobulin G testing, is a method used in forensic science to identify individuals through the analysis of specific proteins found in blood. Immunoglobulin G (IgG) is a type of antibody produced by the immune system in response to foreign substances, such as bacteria or viruses. Each person's IgG profile is unique, similar to a genetic fingerprint, making it useful for identification purposes.In crime-solving, IGG testing involves collecting blood samples from crime scenes and comparing them to known samples, such as those taken from suspects or victims. The presence or absence of specific IgG antibodies in the samples can help forensic investigators establish links between individuals and crime scenes.Police use IGG testing to:Establish connections between suspects and crime scenes: By comparing the IgG profiles of blood samples found at a crime scene with those of suspects or victims, investigators can determine whether a particular individual was present at the scene.Exclude innocent suspects: If the IgG profile of a suspect does not match that of the blood found at the crime scene, it can help exclude them from the investigation.Identify unknown individuals: In cases where the identity of a suspect or victim is unknown, IGG testing can be used to narrow down potential matches based on blood samples collected from the scene.However, like any forensic technique, IGG testing also raises privacy concerns. Some of these concerns include:Informed consent: Collecting blood samples for IGG testing without the individual's consent may raise ethical questions about privacy and bodily autonomy.Genetic information: IgG profiles can reveal information about an individual's immune system, which is a form of genetic information. There are concerns about how this sensitive data is collected, stored, and used, especially in terms of potential discrimination or misuse.False positives and misinterpretation: While IGG testing can be a valuable tool in forensic investigations, there is always a risk of false positives or misinterpretation of results. This could lead to wrongful accusations or convictions if not carefully considered.Database security: As with any forensic database, there are concerns about the security of the information stored within it. Unauthorized access or breaches could compromise individuals' privacy and potentially lead to misuse of their data.Ever since the arrest of Bryan Kohberger a conviction has rested upon the shoulders of the DNA that was collected at the scene of the brutal quadruple homicide. However, there have been challenges to the process used to collect that DNA and some have even questioned the constitutionality of the process itself. In this episode we take a look at that argument and hear from several legal scholars about the process that was used to collect the DNA and how that evidence will or will not be used moving forward.(commercial at 9:40)to contact me:bobbycapucci@protonmail.comsource:Moscow murder suspect could mount constitutional challenge | Idaho StatesmanBecome a supporter of this podcast: https://www.spreaker.com/podcast/the-epstein-chronicles--5003294/support.