Magnetic resonance imaging (MRI) scans have been used to study the iceman's internal organs and tissues, providing information about his diet, lifestyle, and medical conditions.
Isotope analysis has been used to determine the iceman's age, diet, and geographic origin.
DNA analysis has been used to sequence the iceman's genome, providing information about his genetic ancestry and relationships to modern humans.
Microbial analysis has been used to identify the bacteria and other microorganisms that were present on the iceman's body and in his environment, providing insights into his hygiene and interactions with his surroundings.
Radiocarbon dating has been used to determine the age of the iceman's clothing, equipment, and other artifacts, providing information about his material culture and the time period in which he lived.
Scanning electron microscopy (SEM) has been used to examine the microscopic details of the iceman's skin, hair, and other tissues, providing insights into his physical appearance and the environment in which he lived.
Spectroscopy has been used to analyze the chemical composition of the iceman's body and belongings, providing information about his diet, lifestyle, and medical conditions.
Three-dimensional (3D) modeling has been used to create virtual reconstructions of the iceman's body and face, providing a realistic approximation of his physical appearance.
X-ray analysis has been used to examine the iceman's bones and teeth, providing information about his age, growth, and medical conditions.