Thus it will become increasingly common to investigate wider genomicinfluences when consid

Thus it will become increasingly common to investigate wider genomicinfluences when considering contribution of variants to disease. Note that several scientific conventions are used when referring to chromosomes, genes, proteins and variants affecting them; these ensure unambiguous communication between scientists and health professionals. International System for Human Cytogenetic Nomenclature (ISCN) is used for describing karyotypes and changes at the chromosomal level. Individual loci and genes, for which there are often multiple different historical names, have now been assigned specific unique names by the HUGO Gene Nomenclature Committee (HGCN) (https://www.genenames.org/). Sequence variants are described according to Human Genome Variation Society (HGVS) guidelines (http://varnomen.hgvs.org/) for both DNA and proteins. Finally, since the same names are applied to genes and the proteins they encode, italics are used to refer to the gene, with standard font used when referring to the protein.research conducted for this paper was to examine the relationship between Parkinson ‘s disorder and its connection to the anatomy of the human body. Parkinson ‘s is a progressive disorder of the nervous system that affects movement due to the loss of Dopamine. Dopamine which is a neurotransmitter located in the brain allows signals to be transported from one nerve cell to another. Its purpose is to regulate both movement and cognition. The loss of these chemical messengers can cause both stiffness of the body and tremors, which are two common effects of Parkinson ‘s. Throughout this paper I will include more information gained through my research of the disease and its relationship to the human body….show more content…Several decades after the publishing of “An Essay on the Shaking Palsy” Charcot took it upon himself to conduct research of his own. Known as “The Father of Neurology” Charcot differentiated tremors found in Parkinson’s disease with those of patients with multiple sclerosis (Aslinia, Kumar, Mazza, 2011). After his findings he found it necessary to pay homage to the first physician who originally brought recognition to this disorder. Naming the disease maladie de Parkinson which in English means “Parkinson Disease”. What exactly is Parkinson’s? Known commonly as a movement disorder. It affects movement, muscle control, and balance. “It is the second most common progressive neurodegenerative disorder after Alzheimer’s disease, and the second most prevalent and disabling condition in the expanding elderly population” (Mikkelsen,Stinson, 2011, pg xix). For those that aren’t aware what neurodegenerative means it’s simply the loss of nerve cells. Nerve cells which are also known as neurons are located in the nervous system. Neurons are broken down into three different types. They are sensory (receptor), motor (effector), and interneurons (connector). Each one of these neurons plays a different role in the nervous system. The purpose of neurons is to receive incoming information and in return send signals to other neurons, muscles or glands. Neurons are made up of three parts. First the cell body which controls the neuron . Almost every human cell contains a full diploid genome, consisting of 2 metres of DNA arranged into 46 chromosomes: 22 homologous autosomal pairs, and the sex chromosomes comprising two X chromosomes in females and an X and a Y in males. The exceptions are anucleate cells like erythrocytes (red blood cells), cell fragments (platelets) and haploid germline cells (sperm and eggs) which contain 23 chromosomes. Although mechanisms have evolved which ensure that during cell division, daughter cells will inherit a complete genome, those mechanisms occasionally make mistakes. This can lead to cells with chromosomal abnormalities, which can be categorised as numerical abnormalities, i.e. the resulting daughter cell contains too many or too few chromosomes, or structural abnormalities, where more complex rearrangements of the genome have taken place. How many people use some type of technology in their everyday lives? If someone asks me that question, i will confidently say that i use it everyday and it’s with me every single second of my life. Technology has been innovated and it has became a necessary resource for the people. We use it to buy clothes, food and get to places. We no longer go knock on people’s doors to hangout. We no longer have to get out of our houses to buy food. We won’t starve as long as we have technology. Because technology is so involved in our everyday life, people’s lifestyle has been changing especially in school. As I was picking my research journal topic, I realized I kept touching my phone instead of brainstorming and researching. In my head, i thought “why don’t i just research about how students are affected by technology in classrooms?” I wanted to know how many students get distracted by technology like me. I wanted to know how many students are affected by technology in classes. Technology is a big part of my life. I can confidently say that I’m attached to technology 24/7. I look at it and use it throughout the day until I fall asleep. As technology is innovating, I noticed that I use it more and more in everyday life. Even though I’m doing an assignment for a class, I can’t focus for too long because it’s so tempting to check social media. I can say that I’m addicted. There are so many tools in my phone that can help me achieve my academic goals.? What do the four foundations mean? How could we see them implemented in an Early Learning Environment? 1.  According to the document children & families are considered competent,capable, curious, and rich in potential. How will you justify this?Which three response efforts do you consider effective, and why?2. Which three response efforts do you consider ineffective, and why?3. Which of the stakeholders contributed more effectively than others, and why?4. Think about the following questions when completing the documents:5. What type of harm or injury could the hazard potentially cause?6. What is the likelihood of that harm occurring?7. Are there current controls in place?8. How effective are these controls?9. What further controls might be required?10. How would you put these controls in place?Thus it will become increasingly common to investigate wider genomic influences when considering contribution of variants to disease. Note that several scientific conventions are used when referring to chromosomes, genes, proteins and variants affecting them; these ensure unambiguous communication between scientists and health professionals. International System for Human Cytogenetic Nomenclature (ISCN) is used for describing karyotypes and changes at the chromosomal level. Individual loci and genes, for which there are often multiple different historical names, have now been assigned specific unique names by the HUGO Gene Nomenclature Committee (HGCN) (https://www.genenames.org/). Sequence variants are described according to Human Genome Variation Society (HGVS) guidelines (http://varnomen.hgvs.org/) for both DNA and proteins. Finally, since the same names are applied to genes and the proteins they encode, italics are used to refer to the gene, with standard font used when referring to the protein.research conducted for this paper was to examine the relationship between Parkinson ‘s disorder and its connection to the anatomy of the human body. Parkinson ‘s is a progressive disorder of the nervous system that affects movement due to the loss of Dopamine. Dopamine which is a neurotransmitter located in the brain allows signals to be transported from one nerve cell to another. Its purpose is to regulate both movement and cognition. The loss of these chemical messengers can cause both stiffness of the body and tremors, which are two common effects of Parkinson ‘s. Throughout this paper I will include more information gained through my research of the disease and its relationship to the human body….show more content…Several decades after the publishing of “An Essay on the Shaking Palsy” Charcot took it upon himself to conduct research of his own. Known as “The Father of Neurology” Charcot differentiated tremors found in Parkinson’s disease with those of patients with multiple sclerosis (Aslinia, Kumar, Mazza, 2011). After his findings he found it necessary to pay homage to the first physician who originally brought recognition to this disorder. Naming the disease maladie de Parkinson which in English means “Parkinson Disease”. What exactly is Parkinson’s? Known commonly as a movement disorder. It affects movement, muscle control, and balance. “It is the second most common progressive neurodegenerative disorder after Alzheimer’s disease, and the second most prevalent and disabling condition in the expanding elderly population” (Mikkelsen,Stinson, 2011, pg xix). For those that aren’t aware what neurodegenerative means it’s simply the loss of nerve cells. Nerve cells which are also known as neurons are located in the nervous system. Neurons are broken down into three different types. They are sensory (receptor), motor (effector), and interneurons (connector). Each one of these neurons plays a different role in the nervous system. The purpose of neurons is to receive incoming information and in return send signals to other neurons, muscles or glands. Neurons are made up of three parts. First the cell body which controls the neuron . Almost every human cell contains a full diploid genome, consisting of 2 metres of DNA arranged into 46 chromosomes: 22 homologous autosomal pairs, and the sex chromosomes comprising two X chromosomes in females and an X and a Y in males. The exceptions are anucleate cells like erythrocytes (red blood cells), cell fragments (platelets) and haploid germline cells (sperm and eggs) which contain 23 chromosomes. Although mechanisms have evolved which ensure that during cell division, daughter cells will inherit a complete genome, those mechanisms occasionally make mistakes. This can lead to cells with chromosomal abnormalities, which can be categorised as numerical abnormalities, i.e. the resulting daughter cell contains too many or too few chromosomes, or structural abnormalities, where more complex rearrangements of the genome have taken place. How many people use some type of technology in their everyday lives? If someone asks me that question, i will confidently say that i use it everyday and it’s with me every single second of my life. Technology has been innovated and it has became a necessary resource for the people. We use it to buy clothes, food and get to places. We no longer go knock on people’s doors to hangout. We no longer have to get out of our houses to buy food. We won’t starve as long as we have technology. Because technology is so involved in our everyday life, people’s lifestyle has been changing especially in school. As I was picking my research journal topic, I realized I kept touching my phone instead of brainstorming and researching. In my head, i thought “why don’t i just research about how students are affected by technology in classrooms?” I wanted to know how many students get distracted by technology like me. I wanted to know how many students are affected by technology in classes. Technology is a big part of my life. I can confidently say that I’m attached to technology 24/7. I look at it and use it throughout the day until I fall asleep. As technology is innovating, I noticed that I use it more and more in everyday life. Even though I’m doing an assignment for a class, I can’t focus for too long because it’s so tempting to check social media. I can say that I’m addicted. There are so many tools in my phone that can help me achieve my academic goals.? What do the four foundations mean? How could we see them implemented in an Early Learning Environment? 1.  According to the document children & families are considered competent,capable, curious, and rich in potential. How will you justify this?Which three response efforts do you consider effective, and why?2. Which three response efforts do you consider ineffective, and why?3. Which of the stakeholders contributed more effectively than others, and why?4. Think about the following questions when completing the documents:5. What type of harm or injury could the hazard potentially cause?6. What is the likelihood of that harm occurring?7. Are there current controls in place?8. How effective are these controls?9. What further controls might be required?10. How would you put these controls in place?  Health Science Science Nursing Share QuestionEmailCopy link Comments (0)

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