Shreffler R course

Course overview

This is the ShreffLab's introductory course on R analysis. The course design and materials borrow heavily from other sources, including the Clarkson University tutorial, the introduction by Emmanuel Paradis, and others that are cited in the materials and are available R_Statistics here.

A couple of additional resources:

• Quick reference card by E. Paradis
• Practical Regression and Anova using R

Recent updates to the course

List of abbreviations:

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30 April 2024

			11:35		BioMicroCenter:Varioskan‎‎ 6 changes history +1,853‎ [Noelani Kamelamela‎ (6×)]
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Hu:Publications‎ diffhist +3‎ Hugangqing talk contribs

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BioMicroCenter:Covaris‎ diffhist +565‎ Noelani Kamelamela talk contribs

			10:51		BioMicroCenter‎‎ 2 changes history +10‎ [Noelani Kamelamela‎ (2×)]
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			10:38		(Upload log)‎ [Noelani Kamelamela‎; Nkokkula‎ (4×)]
					10:38 Noelani Kamelamela talk contribs uploaded a new version of File:BMC 10X data.png ‎
					06:08 Nkokkula talk contribs uploaded File:Pulsatile blood sim.jpg ‎(Numerically simulated formation of RBC rouleaux under pulsatile flow at 0.96s. The black and red particles represent aggregated and nonaggregated RBCs, respectively. The color gradient is the shear rate in the flow (1/s). (a)-(d) are RBC distributions at velocity amplitudes from 0.5 mm/s to 1.3 mm/s at a mean flow velocity of 4 mm/s. (e)-(h) are RBC distributions at the same velocity amplitudes at a mean flow velocity of 5 mm/s. Lee, C.-A.; Paeng, D.-G. Numerical Simulation of Spatiotemporal...)
					06:04 Nkokkula talk contribs uploaded File:Pulsatile blood sim.webp ‎(Numerically simulated formation of RBC rouleaux under pulsatile flow at 0.96s. The black and red particles represent aggregated and nonaggregated RBCs, respectively. The color gradient is the shear rate in the flow (1/s). (a)-(d) are RBC distributions at velocity amplitudes from 0.5 mm/s to 1.3 mm/s at a mean flow velocity of 4 mm/s. (e)-(h) are RBC distributions at the same velocity amplitudes at a mean flow velocity of 5 mm/s. Lee, C.-A.; Paeng, D.-G. Numerical Simulation of Spatiotemporal...)
					05:54 Nkokkula talk contribs uploaded File:CFL in vitro.png ‎(RBCs flow through a PDMS microfluidic channel and form an RBC-FL. The blue line tracks a single RBC across frames. The image was created by overlaying frames of a captured video. Pinto, E.; Faustino, V.; Rodrigues, R. O.; Pinho, D.; Garcia, V.; Miranda, J. M.; Lima, R. A Rapid and Low-Cost Nonlithographic Method to Fabricate Biomedical Microdevices for Blood Flow Analysis. Micromachines 2015, 6 (1), 121–135. https://doi.org/10.3390/mi6010121. is licensed under CC BY 4.0)
					05:40 Nkokkula talk contribs uploaded File:Blood particle distribution.jpg ‎(Representation of the distribution of WBCs, RBCs, and platelets in a blood vessel. The parabolic laminar velocity distribution is shown at the left end of the vessel. Wang, S.; Han, K.; Ma, S.; Qi, X.; Guo, L.; Li, X. Blood Cells as Supercarrier Systems for Advanced Drug Delivery. Med. Drug Discov. 2022, 13, 100119. https://doi.org/10.1016/j.medidd.2021.100119. is licensed under CC BY-NC-ND 4.04)

			06:51		Cells and Nanoparticles in Flow - Namish Kokkula‎‎ 2 changes history +8,630‎ [Nkokkula‎ (2×)]
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29 April 2024

			14:25		Free-Boundary Microfluidics - Robert Keane‎‎ 2 changes history −4‎ [Rkeane‎ (2×)]
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			14:13		Xu lab:Lab Members‎‎ 2 changes history 0‎ [Peisheng Xu‎ (2×)]
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			14:10		(Upload log)‎ [Peisheng Xu‎ (2×)]
					14:10 Peisheng Xu talk contribs uploaded a new version of File:Xu Lab Spring 2024-1.jpg ‎
					14:07 Peisheng Xu talk contribs uploaded File:Xu Lab Spring 2024-1.jpg ‎