Blog of Andrés Aravena
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# All Articles

### Bioinfo:Practical homework

Dec 6, 2019 - 210 words

Preparation for final exam.

### CMB1:Homework 6

Dec 6, 2019 - 127 words

Subsets and linear models.

### CMB1:Homework 5

Nov 28, 2019 - 196 words

Scatter plots, choose colors, size, titles, and scale.

### Should I learn Turkish? What is best for the University?

Nov 24, 2019 - 625 words

Some people ask me why I do not learn Turkish. It is a good question. For sure, it will be good for me. I would be able to speak about football with the butcher, discuss politics with my father-in-law, and read my collection of Matematik Dünyası magazine. But, what is best for our University?

### CMB1:Homework 4

Nov 21, 2019 - 220 words

Plot vectors, choose colors, symbols, and size.

### My academic ancestors

Nov 3, 2019 - 651 words

The Department of Mathematics of the North Dakota State University publishes a website called Mathematics Genealogy Project with a database of many mathematician and their advisors. It is a genealogy since usually these can be seen as family relationships. Your Ph.D. advisor is your parent, their advisor is your grandparent, and so on, to all your ancestors. If you have advised someone, they become your children, and their students are your descendants.

### CMB1:Homework 3

Oct 23, 2019 - 240 words

Practice for midterm exam. Lists and data frames.

### Bioinfo:Homework 3

Oct 18, 2019 - 472 words

Preparation for the midterm exam.

### CMB1:Homework 2

Oct 9, 2019 - 206 words

Practice for midterm exam. Vectors, indices, and general ideas about using R.

### Course Homepage:Introduction to Computer Science and Programming

Sep 26, 2019 - 669 words

This course is an Introduction to Scientific Computing for students of all sciences. We use Linux to learn the basic tools that allow us to handle structured data and extract valuable scientific information from it.

### CMB1:Homework 1

Sep 25, 2019 - 466 words

Create a RMarkdown document with the same content and the same structure of a published paper.

### Bioinfo:Homework 2

Sep 22, 2019 - 382 words

We will explore some methods to find which parts of a text are similar to a pattern. For instance, the text can be a genome, and the pattern can be a gene or a motif, but the same ideas apply to any text and any fixed pattern.

### Bioinfo:Homework 1

Sep 19, 2019 - 159 words

Write a function to find the location of a word in a large text.

### Course Homepage:Systems Biology

Sep 18, 2019 - 1032 words

This course is an introduction to the theoretical tools that are used to understand the emerging behavior of complex biological networks. Systems Biology is a systemic approach to understand the biological phenomena that occurs inside a cell at the molecular level.

### Course Homepage:Bioinformatics

Sep 17, 2019 - 1971 words

The main subject is “metagenomics”. We will learn how to handle the output of DNA sequencing machines, how to assemble the chromosome, how to find genes and how to determine the probable function of the proteins they encode. If time allows, we will also study phylogenetic trees and microarray analysis.

### Course Homepage:Computing in Molecular Biology 1

Sep 16, 2019 - 720 words

This course is an introduction to Data Science for students of Molecular Biology. We use the R language to learn the basic tools to handle structured data and extract valuable scientific information from it.

### Course Homepage:Fundamental Mathematics for Life Sciences

Jul 11, 2019 - 509 words

Do you want to extract more value from your data? Do you know how to interpret your results? Do you want to choose the best program to analyze your data? Come to Şirince in September to learn how.

### CMB2:About Makeup exam

Jun 18, 2019 - 697 words

Summary of the content, and what to expect in the makeup exam.

### CMB2:Exercises for Makeup

Jun 8, 2019 - 1314 words

More practice for the makeup exam.

### CMB2:Comments about the Final Exam

Jun 1, 2019 - 744 words

Why some people got all answers correctly, while others got nothing? I think it is directly correlated to delivering homework. The people who did homework got prepared for this kind of questions. Of course, the exam has different questions, but the logic and philosophy is the same as in the homework. Here I explain how.

### CMB2:Extra Homework 1

May 15, 2019 - 672 words

More practice for the exam

### CMB2:Homework 11

May 12, 2019 - 1126 words

Practice for the exam

### CMB2:Homework 10

May 5, 2019 - 512 words

Shall you take the umbrella today?

### CMB2:Homework 9

Apr 26, 2019 - 356 words

Estimating the frequency of epilepsy and double birthdays.

### CMB2:Homework 8

Apr 21, 2019 - 433 words

Practice of plots, chaos, and randomness

### CMB2:The Biologist Toolbox: Simulating Systems on the computer

Apr 4, 2019 - 1832 words

Once we have a description of a system, and a nice drawing to represent it, we can answer some interesting questions. The first question is usually what will happen? In other words, we usually want to know what is the behavior of the system?.

### CMB2:Homework 7

Mar 29, 2019 - 511 words

Practice on algorithm design

### CMB2:The Biologist Toolbox: Drawing Systems

Mar 26, 2019 - 560 words

Can we represent a complex system in a simple and easy to understand way that is still realistic enough to be useful? The graphical representation that we discuss here, based Petri nets, can be used to summarize a dynamical system and can easily translated into a simulation.

### CMB2:Comment on Homework 5

Mar 26, 2019 - 339 words

Did you finish Homework 5? This article shows how someone may draw Trees and Branches using Turtle Graphics and recursive functions in R.

### CMB2:Homework 6

Mar 24, 2019 - 1544 words

This town is full of rats

### CMB2:Homework 5

Mar 16, 2019 - 509 words

Algorithm design for half values. Drawing recursive trees.

### CMB2:Homework 4

Mar 8, 2019 - 712 words

Count rabbits, reverse strands, and find the origin.

### CMB2:Homework 3

Mar 1, 2019 - 171 words

We want to draw one or more stick-people. Prepare a function for that.

### CMB2:Homework 2

Feb 23, 2019 - 198 words

Write functions to draw a house, a person, a pentagon, and a polygon.

### Blog:Replacing Jekyll by Makefile

Feb 17, 2019 - 916 words

I’m not very happy with the speed of Jekyll, and with the lack of interaction with the parts of the blog made in Rmarkdown. I also do not like that Jekyll is written in Ruby, one of the languages I do not want to learn.

### CMB2:Homework 1

Feb 17, 2019 - 444 words. Updated on Feb 20, 2019

This week we have two questions. You only need to answer one. If you answer both, it counts as two homework. if you delivered the summer homework you got also one homework.

### Course Homepage:Methodology of Scientific Research

Feb 9, 2019 - 124 words

What is the value of Science? In this course we will discuss why do we need Science, how Science improves people’s lives and how to do it better.

### Course Homepage:Computing in Molecular Biology 2

Feb 9, 2019 - 1165 words

This course is an introduction to Computational Thinking. We will use the tools we learned in the previous course and apply them to model and simulate scientific experiments as a way to understand them.

### Dry-Lab:Learning Machine Learning, session 2

Oct 15, 2018 - 300 words

Keywords Git Github Kmeans clustering Gene expression Datasets

### Dry-Lab:Learning Machine Learning, session 1

Oct 7, 2018 - 570 words

Keywords Learning Classification Supervised Unsupervised Training Datasets

### Dry-Lab:Hands-On Machine Learning with Scikit-Learn and TensorFlow

Oct 6, 2018 - 569 words

Table of Contents of the book we use on the Learning Machine Learning Workshop

### Dry-Lab:Learning Machine Learning

Oct 6, 2018 - 397 words

We have a lot of data. How can we understand it? How can we extract meaningful insight from it? In many places around the globe, researchers in academia and industry are using Machine Learning to answer these questions. Artificial Intelligence tools provide big advantages for the scientist that use them. This workshop (also known as "The Machine Atelier") aims to update us into the current state-of-the-art computational and mathematical tools that are useful in Molecular Biology, Physics, and other sciences.

### Bioinfo:Homework 2 – DNA assemblers

Oct 5, 2018 - 122 words

There are several free DNA assemblers available on the web. We need to use some of them. Your homework is to find them, and identify its primary characteristics.

### Bioinfo:Homework 1 – Next Generation Sequences

Oct 5, 2018 - 208 words

Since only one person gave an oral presentation on the scheduled day, everybody else will have to delivered the homework as a written document. Everybody has to chose a different DNA sequencing technology, and explain it.

### SysBio:What people say about this course

Sep 11, 2018 - 1394 words

Shall you attend to “Systems Biology”? You could ask your friends that have already taken the course before. We asked them already, and here you can see what they say and decide if you want to attend and learn hard and interesting things.

### CMB1:What people say about "Computing in Molecular Biology"

Sep 11, 2018 - 990 words

Shall you attend to “Computing in Molecular Biology”? You could ask your friends that have already taken the course before. We asked them already, and here you can see what they say and decide if you want to attend and learn hard and interesting things.

### Course Homepage:Systems Biology

Sep 1, 2018 - 72 words

This course is an introduction to the theoretical tools that are used to understand the emerging behavior of complex biological networks. Systems Biology is a systemic approach to understand the biological phenomena that occurs inside a cell at the molecular level.

### Course Homepage:Introduction to Computer Science and Programming

Sep 1, 2018 - 675 words

This course is an Introduction to Scientific Computing for students of all sciences. We use Linux to learn the basic tools that allow us to handle structured data and extract valuable scientific information from it.

### Course Homepage:Bioinformatics

Sep 1, 2018 - 1206 words

This is the English language version of the Bioinformatics course. The main subject is “metagenomics”. We will learn how to handle the output of DNA sequencing machines, how to assemble the chromosome, how to find genes and how to determine the probable function of the proteins they encode. If time allows, we will also study phylogenetic trees and microarray analysis.

### Course Homepage:Computing in Molecular Biology 1

Sep 1, 2018 - 703 words

### Keep your mind sharp on August

Aug 23, 2018 - 1730 words

Why do rich kids learn more than poor kids? According to some research, the "achievement gap" between kids of high-income and low-income families is not that rich kids learn more, but that they forget less in the summer holiday. Following this idea, I propose a couple of challenges to keep your mind active during the holidays, and maybe win a nice book.

### CMB2:Answers to Final Exam

May 10, 2018 - 401 words

The “official” answers to the exam are published here. Some questions can have other correct answers, so take this just as a reference.

### CMB2:Exercises for Final Exam

May 10, 2018 - 1444 words

Work on this list every day without exception, at least 25 minutes without interruption. Use an alarm clock to know when to stop. Do not stop until the alarm rings. Always stop when the alarm rings and do something else for at least 5 minutes.

### Chile:My Professor got an International Prize

May 5, 2018 - 647 words

One of my professors got an international award. He had already won the most prestigious national recognitions in Science. Now he became global. This gives me the opportunity to start a series of posts about my world-class professors and their international achievements.

### CMB2:Homework 4

Apr 20, 2018 - 307 words

Epilepsy affects 1% of world population. What does that mean for us in this course? Can we have everybody with epilepsy?

### Slideology:For Scientific Presentations Less is More

Apr 14, 2018 - 1149 words

The Abstract Expressionist artist Ad Reinhardt said "The more stuff in it, the busier the work of art, the worse it is. More is less. Less is more." Here we apply this idea to two concrete examples.

### CMB2:Homework 3

Apr 11, 2018 - 610 words

Today on Class 13 we saw an interesting system that has very different behavior depending on the rate parameter. This system was discovered in modeling of insect population, in particular when there is super-population (see Utilda 1957). It is called “Quadratic Map”.

### CMB2:Comments on Midterm Exam

Apr 5, 2018 - 2949 words

The midterm exam has three mandatory questions and one optional. All questions point to evaluate Computational Thinking skills: decomposition, pattern recognition, abstraction and algorithm design

### The Biologist Toolbox: Simulating Systems on the computer

Apr 1, 2018 - 1735 words

Once we have a description of a system, and a nice drawing to represent it, we can answer some interesting questions. One of the most common questions is what is the behavior of the system? In other words, we usually want to know what will happen?.

### The Biologist Toolbox: Drawing Systems

Mar 30, 2018 - 663 words

Can we represent a complex system in a simple and easy to understand way that is still realistic enough to be useful? The graphical representation that we discuss here, based Petri nets, can be used to summarize a dynamical system and can easily translated into a simulation.

### Best Practices:Recovering from fail2ban

Mar 26, 2018 - 206 words

Today Güney got banned from the dry-cloud server, so I had to learn how to ‘unban’ him.

### Slideology:Get to know your cables

Mar 2, 2018 - 316 words

Picture this. You have been invited to present your work in a prestigious university, in front of nice people with whom you would like to collaborate, or maybe work in the same department. You prepared your slides, some videos, and configured everything in your computer. You get to the podium, dressed for success, and then you realize that you cannot connect your computer to the projector of your host. You are forced to copy your presentation to someone’s else computer, which does not have the fonts and the codecs that make your presentation memorable. The video cannot be seen, the tables luck ugly and your professional reputation is stained.

### Talks:Bioinformatics + Biotech in high impact strategic industries: My talk at Yeditepe University

Feb 26, 2018 - 1608 words

Biotechnology has changed a lot in the last 10 years, and it will probably keep changing. The same applies for all science and technology. Experiments that used to be expensive and slow, are today cheap and fast. Producing and analyzing huge volumes of data is easy and inexpensive today. Everybody can build new instruments, or cheaper versions of the standard instruments at home, and even do synthetic biology in any lab. How will you succeed in this brave new world?

### CMB2:Homework 2

Feb 23, 2018 - 96 words

The function draw_star() that we build in the class has 3 inputs: N, R and angle, and draws always around the center of the window. Please modify it to work with two more inputs, named x and y, that indicate the center of the star. Modify also the functions draw_polygon() and draw_circle() to also handle x and y to choose the position. Use these functions (and others) to draw a stick man like the one you did in Homework 1. (Optional) We propose that initial_angle must be 90+angle/2 and size must be 2*R*sin(angle*pi/360). Why these values?

### Course Homepage:Methodology of Scientific Research

Feb 22, 2018 - 309 words

Do we need to have a Faculty of Sciences? Or is it better to have a shopping mall at Vezneciler Campus? What is the value of Science? In this course we will discuss why do we need Science, how Science improves people’s lives and how to do it better.

### Slideology:Homework 1

Feb 14, 2018 - 170 words

We have a lot to learn and too little time so we better start working soon.

### Course Homepage:Molecular Slideology

Feb 14, 2018 - 364 words

The official name of this course is “Seminar”, from the latin word Seminarium, a college that prepares students to be priests, ministers, or rabbis; which itself derives from the latin word for seed. Seminarists are trained to spread the word like a seed. Today our goal is to learn how to prepare and deliver good scientific presentations, speak in public and spread the seed of knowledge. Presentations are usually supported by visual elements, typically projected slides. We have a lot of theory and we need a lot of practice.

### Course Homepage:Computing in Molecular Biology 2

Feb 13, 2018 - 869 words

This course is an introduction to Quantitative Thinking. We will use the tools we learned in the previous course and apply them to model real data and to simulate scientific experiments as a way to understand them.

### Numbering the pages of a PDF

Jan 28, 2018 - 762 words

I often have PDF files without page numbers. For example, when I print the exam questions on Google Chrome they do not have page numbers. I was resigned myself to this situation, until my wife asked me to put page numbers into some of her PDF documents. Here is how I solved it.

### Answers of Exam

Jan 23, 2018 - 46 words

I’m publishing my answers to the exam, in case they may help you with the makeup. There are many equivalent answers, that achieve the same result with different code. Here I’m showing one possible answer, usually shorter than others.

### Bioinfo:Keywords for the Miterm exam

Dec 28, 2017 - 364 words

This course is an introduction to genomics, with emphasis on metagenomics. To prepare for the final exam, here you can find the keywords and main ideas we have discussed on classes.

### Course Homepage:Systems Biology

Dec 26, 2017 - 338 words

This course is an introduction to the theoretical tools that are used to understand the emerging behavior of complex biological networks. Systems Biology is a systemic approach to understand the biological phenomena that occurs inside a cell at the molecular level.

### Toolbox:Vectors

Nov 7, 2017 - 1089 words

If matrices represent how the system changes, vectors represent the state of the systems. They also have a geometric interpretation that will allow us to solve minimization problems easily.

### CMB1:Some comments about the Exercise for Midterms

Nov 6, 2017 - 468 words

As you remember, I gave you an exercise to prepare you for the midterm exam of Computing in Molecular Biology 1. A few (very few) of you have sent me their answers. Some people asked questions about the parts 3 and 8, which I think are interesting to all the students. Here are my comments.

### Bioinfo:Keywords for the Miterm exam

Nov 2, 2017 - 259 words

This course is an introduction to genomics, with emphasis on metagenomics. To prepare for the midterm exam, here you can find the keywords and main ideas we have discussed on classes.

### Intro to Computer Science: Keywords for Midterm Exam

Oct 30, 2017 - 694 words

This course is an introduction to scientific computing using the Unix command line. The midterm exam will measure the learning of the first part of the course, mostly definitions. In this post you can see all the concepts that have been defined in the course. They are written as questions, so the students can evaluate their own learning and have a guide on how to improve.

### Toolbox:Matrices

Oct 18, 2017 - 1074 words

Matrix multiplication is not what we imagine, and there is a reason for that. Learn why we multiply matrics in this particular way.

### Course Homepage:Computing in Molecular Biology 1

Sep 26, 2017 - 653 words

This course is an introduction to Data Science for students of Molecular Biology. We use the R language to learn the basic tools to handle structured data and extract valuable scientific information from it.

### Course Homepage:Introduction to Computer Science and Programming

Sep 20, 2017 - 213 words

This course is an Introduction to Scientific Computing for students of all sciences. We use Linux to learn the basic tools that allow us to handle structured data and extract valuable scientific information from it.

### Course Homepage:Bioinformatics

Sep 18, 2017 - 709 words

This is the first version in English language of the Bioinformatics course. The main subject is “metagenomics”. We will learn how to handle the output of DNA sequencing machines, how to assemble the chromosome, how to find genes and how to determine the probable function of the proteins they encode. If time allows, we will also study phylogenetic trees and microarray analysis.

### CMB2:You can see the Exam Answers with Comments

Jun 12, 2017 - 42 words

The exam is finished. You can see the questions and its solutions at the course website. I wrote comments to each question that can help you understand what is expected and what are the most common errors that people made.

### CMB2:Homework after class 19

May 5, 2017 - 370 words

This time we are going to use our tools to understand how cells use different codons for the same amino-acid.

### CMB2:Homework after Class 16

Apr 16, 2017 - 163 words

The homework of this week aims to replicate the tables and graphics of the website Comparative Genometrics, which has precomputed statistics for the DNA sequences of several thousands of Bacteria.

### CMB2:Exercises after Class 8

Mar 10, 2017 - 255 words

The next week we will have a graded quiz. It will be like an exam and it will allow you to practice for the real exam.

### CMB2:Homework after Class 6

Feb 28, 2017 - 209 words

The Quiz was delayed and this homework was cancelled. This homework is replaced by the Exercieses after Class 8.

### Course Homepage:Methodology of Scientific Research

Feb 23, 2017 - 268 words

How Science Works This course was given between February and May 2017.

### CMB2:Homework after Class 4

Feb 22, 2017 - 301 words

For this homework you have to prepare a Rmarkdown document. The homework has a mandatory part and two optional ones.

### Course Homepage:Computing in Molecular Biology 2

Feb 13, 2017 - 813 words

This course is an introduction to Quantitative Thinking. We will use the tools we learned in the previous course and apply them to model real data and to simulate scientific experiments as a way to understand them.

### A nice way to show email address and avoid spam

Feb 11, 2017 - 394 words

How can you let the readers know your email address, but avoid it being collected by spammers?

### CMB2:What "Computing in Molecular Biology" is about

Jan 22, 2017 - 901 words

These are the subjects that every student of CMB needs to know after the course. Some of these contents are evaluated on the makeup, some were already evaluated.

### Course Homepage:Computing in Molecular Biology 1

Dec 15, 2016 - 346 words

This course is an introduction to Data Science. The goal is to learn the basic tools that allow any scientist to handle structured data and extract valuable scientific information from it.

### How exams are graded

Dec 14, 2016 - 1057 words

For the “Computing in Molecular Biology” courses we evaluate what students have learned using exams in digital forms. To do this in a fair and transparent way I use an automatic process. Here I describe it.

### Automatic bureaucracy

Dec 14, 2016 - 774 words

Every time there is a conference I have to fill some paperwork. To make my life easier (it is already short), I’ve made some simplifications that work for me.

### Talks:Gebze Technical University

Oct 20, 2016 - 154 words

Today I had the opportuity to present my work on building putative transcriptional regulatory networs at Gebze Technical University. Dr. Pınar Pir invited me to give a seminar on the course coordinated by Dr. Saliha Durmuş Tekir. It was well received, in particular when I spoke about “why biologist should learn math”.

### Talks:My Talks at "Computational Ecology and Evolution Workshop"

Oct 1, 2016 - 21 words

These are the slides I used at Şirince on the “1st Computational Ecology and Evolution Workshop”

### CMB2:Computing in Molecular Biology 2

Jun 17, 2016 - 470 words

This course is an introduction to Quantitative Thinking. We will use the tools we learned in the previous course and apply them to model real data and to simulate scientific experiments as a way to understand them.

### Talks:DataIstanbul

Apr 20, 2016 - 149 words

My friend Greg, despite being “gringo”, speaks good Turkish and Spanish. Better than me, for sure. Since he also speaks math and computers we usually talk a lot. He convinced me to attend to a series of meetings held at Istanbul Technical University, Maçka Campus, about data science. They are organized by a nice group of students and data scientist that call themselves Dataistanbul.

### CMB2:Homework for class 8

Mar 24, 2016 - 586 words

The library seqinr is needed in all the following exercises.

### CMB2:Homework for class 7

Mar 15, 2016 - 187 words

Research questions The class of next week will be based on these subjects

### CMB2:Homework for Class 6

Mar 8, 2016 - 188 words

For March 15, 2016, the homework questions are this:

### CMB2:Homework for Class 5

Mar 1, 2016 - 28 words

Determine the GC content of E.coli Is this GC content uniform through all genome? Calculate the ratio

### CMB2:Homework for Class 4

Feb 23, 2016 - 27 words

In next class we will start analyzing genomic sequences. Prepare slides to explain

### CMB2:Exercises for Computing in Molecular Biology

Feb 18, 2016 - 382 words

These exercises are not graded but help you to understand the subject and learn effectively. They can be solved individually or in group. Remember that learning is a team activity.

### CMB2:Homework for Class 3

Feb 16, 2016 - 171 words

Read the short story “Funes the Memorious” (by Argentine writer Jorge Luis Borges). You can find it on the web.

### Course Homepage:Computing for Molecular Biology 1

Dec 29, 2015 - 110 words

These are the slides used in the Winter 2015 semester

### SysBio:Summary of Network Inference, Analysis, and Modeling in Systems Biology

Nov 9, 2015 - 1653 words

Original paper by Réka Albert, The Plant Cell 19: 3327-3338 (2007)

### Talks:Seminar at METU

Nov 4, 2015 - 64 words

Today I gave a small talk at the Biology Department of the Middle East Technical University. Professor Mehmet Somel kindly invited me and introduced me to his colleagues and students.

### Workshop: Introduction to Data Science

Jul 9, 2015 - 311 words

In the spring of 2015 we meet weekly to understand some tools required for doing science in data intensive disciplines such as Molecular Biology and Genetics.

### Installing extra R packages

May 14, 2015 - 394 words

R packages are sets of functions that extend the basic capabilities of R.

### Teaching and Using Informatics Tools for Molecular Biology

May 4, 2015 - 3098 words

In February of 2015 I prepared a document about my vision of my job at Istanbul University. I made a nice slidedoc that you can see on line or download as pdf. This is the expanded version.

### Computing in Molecular Biology and Genetics II

Apr 27, 2015 - 590 words

This is the description of the second undergrad course I’m going to teach next year.

### Computing in Molecular Biology and Genetics I

Apr 27, 2015 - 660 words

On April 27 my boss asked me to describe the classes I’m going to teach starting the Fall 2015 semester. The first one, named “Computing in Molecular Biology and Genetics I”, replaces the former course “Computation III”. The old course used to teach databases and SQL on the Microsoft Access platform.

### Blogging with Acrylamid

Apr 25, 2015 - 109 words

This week I started blogging using Acrylamid. I like the idea of static pages, so I can use the “pages” service provided by github.io. Also, since I do not want to learn Ruby right now, I like that acrylamid is written un Python.

### Proposition of new grad level courses

Apr 21, 2015 - 993 words

I was asked today to propose new grade level courses for the Department of Molecular Biology and Genetics. This is my proposal.

### Talks:Seminar at Department of Mathematics

Apr 15, 2015 - 137 words

I spent a couple of months on the office of the Director of the Mathematics Department at Istanbul University. We were moving from the old Biology building to new offices, which were not yet finished, so Terje and I had to stay somewhere else for a while.

### Talks:Talk at IU Genetics Club's Winter School

Mar 6, 2015 - 147 words

Every year the student’s club of the Department of Molecular Biology and Genetics organize a Winter School for undergrads. It is a three days event, usually involving Turk and foreigner professors. Each one speaks for 45 minutes in front of near 600 young students.

### Teaching and Using Informatics Tools for Molecular Biology and Genetics

Mar 1, 2015 - 3236 words

The Challenges of Modern Molecular Biology and Genetics The Department of Molecular Biology and Genetics at Istanbul University was created 13 years ago. In the following years it established itself as a well respected department. It attracts every year between 40 and 60 of the best students in the country. They can later follow Masters and Doctorate post-degrees. It has published 376 papers, mainly on plant genomics and fission yeast as a model for human metabolism. Our department is young but is up-to-date with modern molecular biology and genetics theory and practice.

### Talks:Interactomics: My last talk at Chile

Nov 12, 2014 - 86 words

I started working at the Center of Mathematical Modeling on 2001. On January 2003 I became the Chief Research Engineer of the Laboratory of Bioinformatics and Mathematics of Genome (today called Mathomics). With the rest of the team we did many pretty amazing things, which you can find elsewhere.