Anjeanettetiffney

Complete summary of lecture notes and extra research on domains of archaea and bacteria, eukaryotes (protozoa and helminths), prokaryotes vs eukaryotes, microbial growth, metabolism and growth factors as as techniques in lab and industrial microbiology.

Summary of chapter 1-4 of crime scene investigation with introduction, securing and searching crime scene, evidence collection, and bloodsplatter and fingerprint analysis.

Summary of fingerprint and blood splatter analysis lectures. Contains the different types of fingerprints, how to differentiate the 1st, 2nd and 3rd level details and how to enhance the latent fingerprints. Contains the different types of blood splatter as well as the circumstances at which they can be formed and how to enhance and collect the evidence. Contains as well how to calculate the area of incidence and angle of incidence.

The summary of 5 lectures about the introduction, securing and searching the crime scene and collecting evidence. Contains the different fields in forensic science and their brief descriptions, the steps of how to secure and search a crime scene including the roles and duties of the first responding officers and the levels of security. Methods of recording the crime scene focusing on crime scene sketch and photography as well as an introduction to the chain of custody. As well as the different...

Summary of both the techniques used for microbiology essays: morphological test by staining and biochemical tests by culture characteristics and chemical tests as well as the plaque method for bacterial staining. Summary of the uses of microorganisms in the industrial field with complete examples of the applications as well as different microorganism species which can play a role in those scenarios.

The summary of 5 lectures in one file concerting the growth and metabolism of bacteria. Includes extra research for examples especially on the classifications of the bacteria (in case instructed to give examples). Has explanations of the different metabolism processes, growth factors, the growth stages and how to classify them based on their metabolic requirements.

The summary of class notes and extra research on the domains of archaea and bacteria. Contains all classes of proteobacteria with their characteristics and examples as well as the phyla of archaea which were taught in the lecture.

Summary of class notes and extra research on characteristics and examples of protozoa and helminths + viruses and how to culture viruses. Compare and contrast eukaryotes and prokaryotes including functions and descriptions of each structure and including the organelles in the eukaryotes.