https://padlet.com/hly4783/3xbpey622znr Made with serendipity en-us 2018-05-02 17:31:09 UTC 2023-05-20 15:52:31 UTC hello@padlet.com hly4783 https://padlet.com/hly4783/3xbpey622znr/wish/257373151 2018-05-02 17:41:38 UTC https://padlet.com/hly4783/3xbpey622znr/wish/257373151 hly4783 https://padlet.com/hly4783/3xbpey622znr/wish/257374059 SLIDES 5-7

There are 2 different types of cells, there are plant cells and animal cells.
There are also many different types of cells, nerve, blood, bone, muscle and epithetical. Nerves transmit information, they are found in the brain and they control the senses. Bones provide shape and support, and blood carry materials all over the body. The muscles are a way of moving, and epithetical are protection found in the skin. The neurons have a nucleus, an axon and a neuron cell body. The muscles a very pink and have some red lines running through them. Blood cells are red circles that are floating all over your body and bone cells look like circles and they have a dark spot in the middle. And epithetical cells look like green blue and purple puzzle pieces put together.

This is a picture of the plant and animal cells and what they have in them



]]> 2018-05-02 17:43:27 UTC https://padlet.com/hly4783/3xbpey622znr/wish/257374059 zst8906 https://padlet.com/hly4783/3xbpey622znr/wish/257386158 Slides: 2 - 4
There are many different environments across Earth, they range from arid deserts to oceans without end. However, the life forms in that region have to adapt to their surroundings. Animals that live in high altitudes, such as mountains must cope with low oxygen levels, while people that live in cold climates adapt by growing fur. So how do these animals grow and change? Well, it all starts on a microscopic levels. With the cells. Two types of cells that you've heard of are probably plant cells and animal cells. Plant cells have cell walls, chloroplasts and a large central vacuole. All cells have a nucleus, which controls activities and production of DNA, cytoplasm which is a gel-like substance in the cell, a cell membrane which controls what enters and exists, a mitochondria which contributes to respiration and ribosomes that make proteins. ]]> 2018-05-02 18:06:40 UTC https://padlet.com/hly4783/3xbpey622znr/wish/257386158 tjj2078 https://padlet.com/hly4783/3xbpey622znr/wish/257386247 Slides 8-10
There are several types of diseases with many different real-life examples. One disease is the virus, and one example would be HIV. Another disease is the bacteria, and one example would be strep throat. There is also fungus, and one example would be athlete's foot. The final example of a disease is the protist, as malaria is a well-known form of protist. All of these can be spread through direct contact. While antibiotics can treat bacteria, they can't treat viruses. In Heredity, the phenotype describes the physical appearance of something, while the genotype describes the genetic make-up. A pedigree chart can be used to describe how a trait is spread through a family.

The pedigree chart below describes the certain placements of certain family members in the chart. As the grandparents are at the top, the parents in the middle, and children at the bottom.



]]> 2018-05-02 18:06:50 UTC https://padlet.com/hly4783/3xbpey622znr/wish/257386247 jng100 https://padlet.com/hly4783/3xbpey622znr/wish/257386358 Slides 14 - 16
(Slide 14 (Illustration)) The producer(s) of the food web are the tree and the grass, both sustaining energy from the sun. The energy from the producer(s) are spread throughout the web by consumers, the grasshoppers, caterpillars, deer, and other bugs. Those are primary consumers, they are herbivores. Secondary consumers are predators, they eat the primary consumers, they are usually carnivores, maybe even omnivores. A food web in general is a chart that shows the energy distribution of the energy and food in a web-like pattern. 
(Slide 15) Most energy is lost throughout an energy chart, it does seem strange but 10% of the energy gathered by the consumers is used to heat their own bodies. Anyways the higher level consumers are usually the ones to have the least energy, and that is why they have adapted to have more prey, for more energy of course. Producers get 100% of the energy, primary consumers get 10%, secondary consumers get 1%, third level consumers get 0.1% energy, and the fourth level consumer gets 0.01% of all of the energy. Anyways 
an energy pyramid is a pyramid chart that shows the amount of energy distributed as well as consumption, prey and maybe even predators. 
(Slide 16) Selective breeding is a type of breeding that people choose organisms to mate for the best results, and best traits. Some pros would be better traits than usually. The cons would be less diversity and more genetic diseases. Overall, selective breeding has its ups and its downs, and selective breeding is the choosing of breeding with CERTAIN organisms for the best results. 


]]> 2018-05-02 18:07:04 UTC https://padlet.com/hly4783/3xbpey622znr/wish/257386358 mar137 https://padlet.com/hly4783/3xbpey622znr/wish/257388613 Slides 11-13

Incomplete dominance is blended traits. For example when red and white flowers are blended it turns the flower pink. In Codominance both are colors are expressed. When a black dog and a white dog mate they have a black and white dog. There are populations, communities, and niches. Populations are a group of the same animals. A community is a group of different animals.  A niche is an organism's role. In food webs the population increases. If there are fewer prey there are fewer predators. On a food web the arrows show the flow of energy. A food web is a system of interlocking and independent food chains.]]> 2018-05-02 18:11:25 UTC https://padlet.com/hly4783/3xbpey622znr/wish/257388613 tjj2078 https://padlet.com/hly4783/3xbpey622znr/wish/257393443 Slide 17-20

Genetic Engineering, also known as gene therapy, describes the idea of changing genes in an organism. The pros of gene therapy include the fact that crops will grow faster, or that they could be more nutritious. The cons include the fact that there is less diversity and a possibility of genetic defects. Bacteria also has a use of digesting food and can process hormones. The fungi, yeast, can be made to make bread rise and can make alcohol. Mold also produces antibiotics and cheese. Respiration describes the method in which organisms gain energy. It takes place in the mitochondria and uses oxygen to get the energy. Heat is also released as wastes. Respiration is also known as oxidation. C6H12O6 + 6O2 -> 6CO2 +6H2O + Energy. The nitrogen cycle helps convert nitrogen into nitrites that can be used for fertilizer.


]]> 2018-05-02 18:20:35 UTC https://padlet.com/hly4783/3xbpey622znr/wish/257393443