Comparing Banding Patterns

Proteomics is the study of proteins. Their functions, interactions with other proteins, cellular locations and levels at which they are expressed. The purpose of this lab was to compare the proteins present in different species of fish to be able to determine which species of fish have the closest relation. This can be determined based on which two fish species have the most proteins in common with one another. The Central Dogma of biology is a process in which a gene made of DNA is transcribed by a messenger RNA and then translated into a protein. Based on the Central Dogma of

In the ‘NOVA LABS; The Evolution Lab,’ we found that creating a phylogenetic tree can show how different species are related to each other. A simple body part, like a vertebrate, can put species into a certain group. This means that history can prove that species do change over time because one branch represents a single species that has had a speciation. When a speciation occurs, over time, more branches appear with more species on each, which creates a tree that has more biodiversity. In ‘The Stickleback Fish - A Story of Modern Evolution’ activity, it states, “The Three-Spined Stickleback is a model organism for studies in evolution.” This means actions, such as breeding Stickleback, can help scientists see how the fish and other organisms evolve because the Stickleback fish has such a short life-span, that they can breed and get results, fast. In brief, history can prove that species do change over time because breeding can show how the Stickleback population has occurred and how different traits can be expressed in the future generations. In the ‘Comparative Anatomy’ activity, we found that when looking at two different species, you can see how they are related because both species can possess similar traits and forms. When comparing different species, you can see how different and similar two species’ bodily structures are. When looking at the bodily structures, you could see how the species has evolved over time and how some body parts stay the same. In short, history can prove that species do change over time because creating phylogenetic trees, breeding species, and comparing body parts can help scientist see who the species evolved from and how these species can continue to

Did you know that you share the same genetics as a mouse, or what about a fruit fly, and also a chimpanzee? In this paper I will be talking about how we share the same genes, and what the percentage is o the same genes we share with the 7 model organisms. I will also be telling important information on why we are related and how this all came to be.

Chapter 10 address adaptation of species. In the case of Ornithorhynchus anatinus, it has a complex adaptation because sense of electroreception and male’s spurs venom delivering mechanism. Although this organism has the characteristics of both reptile and mammal, but moreover it seems that it leaning towards reptile in the case of adaptation. They locate their prey in part by detecting electric field. Males produce venom for defense. The draft genome sequence of this organism exhibits a complex adaptation.

Throughout time, there has been an untraceable amount of genetic mutations within different organisms that has promoted evolution. These mutations may have represent very dramatic physical differences in appearance, while others may be very subtle. In effect, the study of evolution has intrigued many scientists, paleontologists, and evolutionary biologists to discover why and how organisms evolve, and what ancestors are linked to a specific organism. In effect, the study of mammoth evolution has been a very popular subject in recent years. Due to their rapid changes, scientists and paleontologists alike have been very keen to learn the truth behind differences in mammoths and how they ultimately evolved.

In the article, "Gene gives mice and chipmunks their pinstripes", it explains how biologists identified a new molecular pathway behind mammalian fur pattern (any various warm- blooded vertebrate animal of the class 'Mammalia', characterized by a coating of hair on their skin.) This demonstrates how genetics may contributes to the evolution and adaptation of chipmunks and mice. In the chipmunk, scientists have discovered a protein called ALX3 (ALX Homeobox 3P), it helps direct the development of bones and cartilage in the face and also paints light stripes down the rodents. Uncovering the molecular equipment may show the evolutionary processes that help animals camouflage themselves and adapt to their environments. In evolution, organisms become progressively better at adapting to

In the “The Cask of Amontillado” and “The Adventure of the Speckled Band” I found that short stories help you a lot in life. In these stories the characters face mysterious friends and actions. I like the type of stories that help you know what really happens in life. I will be comparing and contrasting “The Cask of Amontillado” and “The Adventure of the Speckled Band”. Edgar Allan Poe wrote “the Cask of Amontillado” in 1846,however, “The adventures of the Speckled band” was written in 1892 by Sir Arthur Conan Doyle.

Suspect must appear early in the story so readers will have a feel for who the culprit might be. The suspects must also include the criminal so readers will have a fair chance at making their own assumptions as to how the master mind behind the crime might be. This allows the readers to have a chance just like the detectives to figure out who the criminal is, and not be baffled when the criminal is not one of the main characters.

In the passage “The Adventure of the speckled band”, Author Conan Doyle expresses the investigation of Julia Stoner. Detective, Sherlock Holmes' observes Helen Stoner’s description of what happened the night subsequent of Julia Stoner wedding. The persistent investigator went to Stoke Moran and cleverly found true clues toward his mission. Medical doctor, Dr.Watson was compassionate about finding the final suspect in the death of Julia Stoner. As Sherlock Homes climbed into Helen’s room, Dr.Watson loyally followed as they both bravely awaited an action from Dr.Roylott.

these scientists found ten different proteins in fresh and flexible duck bill dinosaur blood vessels.

It is said that bears, seals, and dogs are related in some ways. The different animals have evolved from one species and been changing into more diverse animals (66 Interesting Facts About Evolution 1). Evolution by natural selection has influenced the altering species of animals in the world by giving them the ability to naturally choose whom to be with and whom would make the best fit for the reproduction. Since most animals are related, the change in animal offspring and species has been very drastic. Since evolution by natural selection has influenced the diverse species of animals by altering genetic variations, the species are able to adapt to survive through genetic transformations.

Many scientists say that living organisms share a universal genetic code. Out of the twenty-four organisms (not including Human/Chimpanzee), seventeen have less than ten differences (out of thirty amino acid sequences). These organisms include animals like dogs, sheep, and cows; this list also includes animals like penguins, rattlesnakes, and tuna. And the average difference is three between a human/chimpanzee and these seventeen unhuman creatures. One would never think we shared so much with a donkey.

The story “The Adventure of the Speckled Band” by Sir Arthur Conan Doyle is a wonderful piece of literature that portrays an intriguing and exhilarating array of events. This narrative consists of four main characters; Sherlock Holmes, Dr. Watson, Dr. Roylott, and Helen Stoner. Each individual contributes to shaping the tale’s plot. Sherlock Holmes is an intelligent man who also happens to be a detective. Dr. Watson is Sherlock Holmes’s sidekick; a sharp, supportive gentleman with a job as a medical doctor. The character of Dr. Roylott is a violent man, who doubles as a criminal. Helen Stoner is a young lady who is sorrowful, dutiful, and timid. This narrative takes place in early April, 1883 at a dwelling called the Roylott Stoke-Moran manor. When the tale is first taking off, the first scene includes Sherlock Holmes awakening Dr. Watson early in the morning, for a client had arrived with a case. The mystery, or main conflict, revolves around Helen Stoner. Her sister, Julia, died a mysterious death. When Helen herself began experiencing the same occurrences Julia had been experiencing, she started to

Throughout time, horse morphology has drastically evolved via the mechanism of natural selection which selects for individuals better adapted to their environment. The evolution of horses has been tracked by using fossils which first appeared 55 million years ago during the Eocene (CCLE 2017). Horse morphology seemed to evolve throughout the time periods in response to their changing environments. This becomes evident upon comparing limb, teeth, and skull morphology of the fossilized remains throughout time.

With director positions in the band having been available, Lead Downard and Dalton Haberman took up the challenge.