Explain at least two experiments in the paper you selected. Carefully read the Experimental Methods section of the literature paper to determine how the experiments worked.

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Selective Targeting of the Inactive State of Hematopoietic Cell Kinase (Hck) with a Stable Curcumin Derivative

Explain at least two experiments in the paper you selected. Carefully read the Experimental Methods section of the literature paper to determine how the experiments worked. You will need to consult other online sources (wikipedia and google work great) to understand what the researchers did. Describe how these experiments were done. Leave out the details related to temperature, volume and masses. Do explain any instruments (and the theory behind how the instruments work) that were used. Fully cite all of your references, including titles, authors, dates, journal, volume and pages. Use terminology that your science major classmates will understand. Do not cut and paste, do not paraphrase, do not use quotes. Use only your own words to explain these two experiments.

Please refer to the comments made by my professor on my previous two papers which I have attached. I have also attached the rubric for this paper

What experiences have prepared you for advanced study or research in this degree program? What relevant skills have you gained from these experiences? Have your experiences led to specific or tangible outcomes that would support your potential to contribute to this field?

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Statement of purpose of UCLA

What is your purpose in applying for graduate study in your specified degree program? Describe your area(s) of interest, including any subfield(s) or interdisciplinary interests.

What experiences have prepared you for advanced study or research in this degree program? What relevant skills have you gained from these experiences? Have your experiences led to specific or tangible outcomes that would support your potential to contribute to this field (examples: performances, publications, presentations, awards or recognitions)?

What additional information about your past experience may aid the selection committee in evaluating your preparation and aptitude for graduate study at UCLA? For example, you may wish to describe research, employment, teaching, service, artistic or international experiences through which you have developed skills in leadership, communication, project management, teamwork, or other areas.

Why is the UCLA graduate program to which you are applying is the best place for you to pursue your academic goals? If you are applying for a research master’s or doctoral program, we encourage you to indicate specific research interests and potential faculty mentors.

What are your plans for your career after earning this degree?

Describe how white light is a mixture of individual colors, how wavelength relates to the color of light, spectral power distribution and how it was measured, and the meaning of color temperature.

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Light Project Report

Describe personal and historical observations of the phenomenon studied, state a problem or ask a question about those observations, form a hypothesis to be tested, briefly describe the demonstration used to collect the data, present the data (using tables and graphs), analyze and interpret the results, and draw a conclusion. At the end of each part, summarize your conclusions, discuss how the demonstrations could be improved, and provide recommendations for future studies. Use any resources that are appropriate, including those already supplied. Just be sure NOT TO PLAGIARIZE and cite resources used using conventional English styles (e.g. MLA or APA style) and list them in the final section.

Part 1. Colors of White Light [100 POINTS] –

In this section you will describe how white light is a mixture of individual colors (including the three primary colors of light), how wavelength relates to the color of light, spectral power distribution (SPD) and how it was measured, and the meaning of color temperature (including its application in the lighting industry and photography). Using the data collected, including the SPD graphs, describe any trends shown by the data, and especially how color temperature and SPD are related. Look at where the peak wavelengths are on the SPDs and compare them to the color temperature for that light source. Briefly summarize the major findings and conclusions from Part 1, and provide recommendations for future studies. List references (two or three is sufficient) in standard format (MLA or APA).

Demonstrate understanding of the molecular and cellular mechanisms involved in metabolic pathways through the relationship between biochemical and biotechnological systems

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Biochemistry

⦁ Demonstrate understanding of the molecular and cellular mechanisms involved in metabolic pathways through the relationship between biochemical and biotechnological systems

Does any of the samples present buffer activity. Which of your samples have the highest buffer capacity and why? What are two sources of error and what effect would they have on the outcomes in this experiment?

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Alkalinity

Did we do a good job making and titrating the standards why or why not?

Does the titration data meet the requirements of good data? Why or why not?
Discuss your statistics.
Does any of the samples present buffer activity.
Which of your samples have the highest buffer capacity and why?

What are two sources of error and what effect would they have on the outcomes in this experiment?

Interpret and follow an extended set of lab protocols over 4 days, preparing and organising a set of practical activities, requiring time management and personal planning and to design and complete further experiments, as required, depending on the experimental results obtained.

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AKR1C3 lab report

Purify an over-expressed recombinant protein (AKR1C3) from bacteria, determine its purity, complete initial, then more detailed kinetic characterisation of the protein purified.

Explore the kinetic properties of an unknown ligand against the purified protein.

Interpret and follow an extended set of lab protocols over 4 days, preparing and organising a set of practical activities, requiring time management and personal planning and to design and complete further experiments, as required, depending on the experimental results obtained.

Record experimental lab data in a lab book in an organised and self-explanatory style with sufficient detail, so that another biochemist could understand the experiments done, the data collected, the analysis used, and repeat the experiments getting the same or similar results. Some useful tips and guidance is available in this article: https://www.sciencemag.org/careers/2019/09/how-keep-lab-notebook

Write a short scientific paper (“the AKR Report”) to analyse and interpret the experimental data collected, list the aims of the experiments, introduce the background information, summarise the methodology, report the experimental results and the quality of the data by the appropriate statistical methods, and discuss the experimental outcomes within the context of the wider literature.

Discuss the particular details of the kinetic-molecular theory. Give an Example?

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Kinetic-molecular theory

Discuss the particular details of the kinetic-molecular theory. Give an Example? Write 3 paragraph long, Each paragraph 6 to 9 sentences long.

Use this source given: Introductory to Chemistry Fifth Edition Nivaldo J. Tro Chapter 11

Go through articles 1 and 2 listed below and list two radioisotopes along with their use in the medical field. Even though radioisotopes have so many benefits in imaging, why is it so important to regulate their uses?

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Nuclear Chemistry

Go through articles 1 and 2 listed below and list two radioisotopes along with their use in the medical field. ( 2 points) Even though radioisotopes have so many benefits in imaging, why is it so important to regulate their uses? (3 points)

1 https://idph.iowa.gov/Portals/1/userfiles/124/MajorUsesofRadioisotopes_IDPH_Rad_Health.pdf (Links to an external site.)

2. https://www.ansto.gov.au/education/nuclear-facts/what-are-radioisotopes (Links to an external site.)

 

Organic Chemistry: It is the Chemistry of carbon compounds. Please go over articles 3 and 4 and list five functional groups in organic compounds. (5 points).

3. https://www.masterorganicchemistry.com/2010/10/06/functional-groups-organic-chemistry/ (Links to an external site.)

4. https://chem.libretexts.org/Courses/Sacramento_City_College/SCC%3A_Chem_420_-_Organic_Chemistry_I/Text/02%3A_Structure_and_Properties_of_Organic_Molecules/2.09%3A_Organic_Functional_Groups

list two radioisotopes along with their use in the medical field. Even though radioisotopes have so many benefits in imaging, why is it so important to regulate their uses?

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Nuclear Chemistry

Go through articles 1 and 2 listed below and list two radioisotopes along with their use in the medical field. ( 2 points) Even though radioisotopes have so many benefits in imaging, why is it so important to regulate their uses? (3 points)

1 https://idph.iowa.gov/Portals/1/userfiles/124/MajorUsesofRadioisotopes_IDPH_Rad_Health.pdf (Links to an external site.)

2. https://www.ansto.gov.au/education/nuclear-facts/what-are-radioisotopes (Links to an external site.)

Organic Chemistry: It is the Chemistry of carbon compounds. Go over articles 3 and 4 and list five functional groups in organic compounds. (5 points).

3. https://www.masterorganicchemistry.com/2010/10/06/functional-groups-organic-chemistry/ (Links to an external site.)

4. https://chem.libretexts.org/Courses/Sacramento_City_College/SCC%3A_Chem_420_-_Organic_Chemistry_I/Text/02%3A_Structure_and_Properties_of_Organic_Molecules/2.09%3A_Organic_Functional_Groups

Describe the phenomenon of mirror image isomerism (also called optical isomerism). What are the problems with mirror image isomerism when producing drugs? Motivate with examples.

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Mirror image isomerism

a– Describe the phenomenon of mirror image isomerism (also called optical isomerism). Your
answer should include the following concepts: chirality, asymmetric center and enantiomer.

b– What are the problems with mirror image isomerism when producing drugs? Motivate with
examples.