125:315 BME Measurements and Analysis Laboratory
Lab 4 Neurophysiology
I. Objectives The purpose of this laboratory experiment is to: 1. Examine the relationship between the autonomic and somatic nervous systems. 2. Assess activity the effect of respirato
Results:
Table of Absorbances:
Plate Well #1
Plate Well #2
Plate Well #3
Standard #1
0.0669
0.0451
0.0549
Standard #2
0.0535
0.0614
0.0564
Standard #3
0.0587
0.08
0.0508
Standard #4
0.0725
0.0763
0.0439
Standard #5
0.0565
0.0767
0.0633
Standard #6
0.0697
125:315
BME MEASUREMENTS AND ANALYSIS LABORATORY
Instructor:
Head TA:
Noshir Langrana
Minoosh Moradi
langrana@rutgers.edu
langrana@rutgers edu
mmoradi@eden.rutgers.edu
There will be a group of graduate students as TAs to conduct labs
Lecture in BME audito
Introduction:
The purpose of this lab was to understand the principles of enzyme-linked immunosorbent assay (ELISA) and its mechanism of binding to the antibodies. It is also to understand
the types of ELISA test used in various conditions.
Moreover, ELIS
Tim Farrell
Lab Partners Darshan Bhatty, Manpreet Khaneja and Roanne Fernandes
125:315 BME Measurements and Analysis Lab
Biomechanical Fracture
March 15, 2011
Analysis Questions
1. Ceramics are poor synthetic biomaterials for bone because ceramic material
Tim Farrell
125:315 BME Measurements and Analysis Lab
Lab 12 Renal Physiology
18 April 2011
Results:
Calibration Curve:
Figure 1: The calibration curve used to ensure that the calibration meter was acceptably
calibrated.
Table of Conductivities:
Volume (m
10/20/15
Kirchhoffs Current Law: KCL
Kirchhoffs Current Law can also be
used to analyze circuits. This law,
based on the conservation of charge:
i = 0
Node
Illustration of Kirchhoffs
Current Law (KCL). The sum
of the three currents flowing
into the connec
125:315 BME MEASUREMENTS AND ANALYSIS LABORATORY SPRING 2010
LABORATORY: SOFT TISSUE MECHANICS
TEACHING ASSISTANT: Nir I. Nativ
Lab: Soft Tissue Mechanics
I. Objective
The objective of this laboratory exercise is to: 1. Understand and to test the mechanic
Lab 11: Gene Transfer to Mammalian Cells
125:315 BME MEASUREMENTS AND ANALYSIS LABORATORY
GENE TRANSFER TO MAMMALIAN CELLS
1
Lab 11: Gene Transfer to Mammalian Cells
CONTENTS
I. II.
Objectives Introduction II.1. Gene Therapy II.1.A. Principles of Gene The
Lab 11: Gene Transfer to Mammalian Cells
125:315 BME MEASUREMENTS AND ANALYSIS LABORATORY
GENE TRANSFER TO MAMMALIAN CELLS
1
Lab 11: Gene Transfer to Mammalian Cells
CONTENTS
I. II.
Objectives Introduction II.1. Gene Therapy II.1.A. Principles of Gene The
Short Answer Guidelines Results (25 points): You will be provided with images of transfected cells (GFP labeled) to use for your analysis. You will need to recognize different retinal cell types, categorize them and plot the composition of each cell types
125:315
BME MEASUREMENTS AND ANALYSIS LABORATORY
Instructor: Head TA: Noshir Langrana Minoosh Moradi langrana@rutgers.edu langrana@rutgers edu mmoradi@eden.rutgers.edu
There will be a group of graduate students as TAs to conduct labs Lecture in BME audito
Tim Farrell
125:315 BME Measurements and Analysis Lab
Lab 11 Gene Transfer
12 April 2011
Results:
Image 1:
Image 2:
Image 3:
Analysis:
1. The transfected procedure
may reduce the viability of
the transfected cells either
due to the acute affect of the
pro
