My brilliant padlet by Stone, Lexie https://padlet.com/stonel231/1tdwiefvl415btgi Made with mirth en-us 2022-02-26 18:43:37 UTC 2022-05-11 02:02:33 UTC hello@padlet.com 2.CHE Polarity stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2067687688 Here is an edit of Portfolio #1]]> 2022-02-26 18:44:14 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2067687688 6.CEL: Organelles and Targeting stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2067689070 2022-02-26 18:46:35 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2067689070 3.CEL: Life stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2067689402 2022-02-26 18:47:15 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2067689402 4.CEL: Viruses vs Prokaryotes vs Eukaryotes stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2067689597 2022-02-26 18:47:39 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2067689597 7.CEL: Cell Signaling stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2173404701 2022-05-06 20:02:12 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2173404701 14: Scientific Research Process stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2173444962 We chatted about the formation of an experiment and why an experiment may be conducted. I used the Clover Lab to talk about this objective. We chatted about how WashU created this experiment to investigate the evolution of cyanide production in clovers. We also talked about the importance of a control in this experiment and generally.

You gave me a 3!]]> 2022-05-06 20:55:20 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2173444962 15: Data Analysis stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2173446679 We also chatted about the data that resulted from the Clover Lab. We talked about what the results on the paper showed, what the blue dots mean, and what the white dots mean. We talked about the importance of replication in scientific research (how multiple trials allows us to draw stronger conclusions).

You gave me a 3!]]> 2022-05-06 20:57:51 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2173446679 8.GEN: Meiosis and Inheritance stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2175975900 The attached diagram illustrates my understanding of the phases of meiosis. Meiosis is one of the cell division process where a single cell divides once to form 2 daughter cells. Then, the cell divides again to form 4 granddaughter cells. These are known as sex cells (sperm in biological males and eggs in biological females). These cells come together in fertilization. It is the alleles that are carried in sex cells that contribute to the genetic makeup of the zygote created. ]]> 2022-05-09 15:52:10 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2175975900 10.EVO: Evolutionary Process stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2178543836 Evolution is known as “the change in characteristics of a species over several generations.” This widely accepted theory aims to explain why the genetic makeup of different species change over time and how they are able to gain certain skills in order to survive. This idea – evolution – was essentially coined by Charles Darwin. However, research suggests that many scientists explored this idea before him. Regardless, there are four major pillars of the evolutionary theory…
1.     Natural selection
Natural selection is the idea that the ultimate survival (or extinction!) of each individual is dependent on their ability to adapt to the environment. Over many many years, organisms that are better suited to live in their environment will ultimately survive longer and produce offspring with the same traits.
2.     Mutation 
Mutation is the change in genetic makeup of an organism; it can affect an individual’s behavior, appearance, etc. Without mutation, organisms within a species cannot vary, which is another key component of evolution. Mutation occurs when there are errors in the process replication of one’s genetic sequence.  
3.     Gene Flow
Gene flow refers to the migration of species. When a species moves into a new geographical location, reproduction with different population occurs. In turn, various genetic makeups that exist in different populations mix. 
4.     Genetic Drift 
Genetic drift accounts for the random frequency of alleles existing in individuals within a population. A lot of reproduction in nature occurs by chance. Meaning, sometimes reproductions occurs because two members of a species are at the right place at the right time. Because of this, the inherited genetic sequence of offspring is affected by chance events.
]]> 2022-05-11 01:21:05 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2178543836 13.ECO: Energy Flow (big picture) stonel231 https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2178596288 2022-05-11 02:02:33 UTC https://padlet.com/stonel231/1tdwiefvl415btgi/wish/2178596288