// JavaScript to interpolate random images into a page.
var ic = 5;
// Number of alternative images
var pic1 = new Array(ic);
// Array to hold filenames
var pic1text = new Array (ic);
// Array to hold quote
var pic1name = new Array (ic);
// Array to hold student name
var adminpath = "/docs/IO/4981/";
// photo 1
pic1[0] = "dario.jpg";
// image URL
pic1text[0]="I entered the COB program with a background in Medicine, and I was interested in pursuing a research project related to structural bioinformatics. I currently work in the lab of Dr. Roberto Sanchez at Mount Sinai School of Medicine and the focus of my research is on protein binding sites characterization, with an emphasis on the design of small-molecules and selectivity. I am also interested in biologically inspired algorithms and their application to solve problems in computational biology.";
pic1name[0]="Dario Ghersi";
pic1[1] = "david_rooklin.jpg";
pic1text[1]="I am modeling an important phosphatase, linked to the development of type 2 diabetes and breast cancer.";
pic1name[1]="David Rooklin";
pic1[2] = "hong.jpg";
pic1text[2]="I am researching Rational Design of Modulators of the UPR";
pic1name[2]="Hong Wang";
pic1[3] = "Kevin_Jarrett.jpg";
pic1text[3]="I am currently working in a Computational Vision lab in the Center for Neural Science. We are using a class of models known as generalized linear models for the analysis of neuronal spike trains. The goal is to find a biologically constrained model that assigns a conditional probability to any neural response, given some observed stimulus. This characterization of the functional relationship between environmental stimuli and neural response is a fundamental goal of sensory systems neuroscience.";
pic1name[3]="Kevin Jarrett";
pic1[4] = "calcagno.jpg";pic1text[4]="Claudia Calcagno, graduate in Medicine from the university of Genova, Italy in 2004 and second year COB student. Currently member of the Imaging Science Laboratories at Mount Sinai, she studies kinetic models of contrast agent uptake in atherosclerotic plaques by using dynamic contrast enhanced MRI";
pic1name[4]="Claudia Calcagno";
function pickRandom(range) {if (Math.random)return Math.round(Math.random() * (range-1));else {var now = new Date();return (now.getTime() / 1000) % range;}}
// Write out an IMG tag, using a randomly-chosen image name.
var choice1 = pickRandom(ic);
document.writeln('