Answers to comments of Reviewer 1 (CMEA package https://github.com/isarnassiri/CMEA) 1. Package is too big: 73M. That's because it contains big data sets of experimental data. The source tarball of a Bioconductor software package should occupy less than 4MB on disk. Please check our package guidelines (at ) and make sure CMEA satisfies them. One way to reduce the size is to move all the experimental data to a separate data experiment package. Let's call this solution 1. If the data is not too big, another way to reduce the size of the package is to explicitly download the data in the examples or vignette. Let's call this solution 2. Answer: We moved the files of complete experimental data to a separate data experiment package, and used …show more content…
4. None of your functions have arguments. The input they take is unclear. Some of it seems to come from some user defined variables (e.g. number_of_features for Cell_Morphology_Enrichment_Analysis()). But they also seem to take as input some files produced by other functions. This is very poor software design. Besides, none of this is documented. This makes the package barely usable. Answer: The name of functions were revised. We added arguments with comprehensive explanations. All functions return the R objects to the global environment after running them. 5. One consequence of this design is that I can't run the example in the man page of the Ranking_Cell_Morphological_features() function: > library(CMEA) > example(Ranking_Cell_Morphological_features) R_C_M_> { R_C_M_+ data(Transcriptomic_Profile) R_C_M_+ data(Cell_Morphology_Profile) R_C_M_+ TOP=20 R_C_M_+ Ranking_Cell_Morphological_features() R_C_M_+ } Error in file(file, "rt") : cannot open the connection In addition: Warning message: In file(file, "rt") : cannot open file '/home/hpages/R/R-3.4.r72630/library/CMEA/TP_subset.txt': No such file or directory That's probably because it requires other things from other examples to run before it. All the examples should work independently. Answer: Revised. All the examples work independently, and return the R objects to the global environment after running them. Some of your functions
Data Tables and Observation: Fill out the data sheet (below) for the experiment and submit with this form. Recording data carefully
2.) Based on the data table, what can you infer about the relative length of time an onion root tip cell spends in each stage of cell division?
4. While performing your labs, capture and paste all screenshots identified in this Lab Report Template.
Read the background information provided in the virtual lab by clicking on the “Information” bar in the lab simulation area.
realizes cell E14 has the wrong output. To check the problem, David should first select cell E14 and look at
Complete the experiment and save the PDF lab report. Do not answer the questions in the PDF lab report. Use the data in the PDF lab report
Complete Table 2 and answer Post Lab Questions 1 through 4 in complete sentences on the Week Three Lab Reporting Form.
Create a new Quartus project for lab 3. Select the folder where you have saved your other lab files, ELEC2531. Inside this folder, create a new folder named lab03_yourName.
When your lab report is complete, submit this document to your instructor in your assignment box.
• The “Help Page” link on the left side of the online LeafLab at http://www.biologylabsonline.com/axia/LeafLab/. The Help Page’s address is: http://www.biologylabsonline.com/axia/LeafLab/help.php
What is cell respiration? Well cell respiration refers to the procedure where the chemical energy of organic molecules is changed into a type that can be used by organisms. It derives energy from what we eat or from our fuel, more specifically from glucose. Meaning that cell respiration consumes oxygen and organic molecules such as glucose. Therefore glucose is oxidized and oxygen is reduced.
NOTE: Data in Exhibits 2, 4, 5, and 6 are available in Microsoft Excel format on our course website. This will make it MUCH easier to do regressions.
Empty and clean the test tubes and repeat steps 2-10 again for a second dataset.
This lab involves the examination of cutaneous receptors. There are four exercises. For this lab, report your observations in a formal report, according to the formatting prescribed in Lab Report Format.doc which is found on Blackboard under Assignments/Before You Begin.
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