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About Todd Smith: I co-founded Geospiza, Inc. and served in several executive roles until its acquisition by PerkinElmer (PKI) in 2011, where I continued to develop genomics strategies and products until 2013. Since then, I have been engaged in various projects and consult on business develop and Bio-IT projects.

I have broad technical and market knowledge with depth in the areas of bioinformatics, genomics, systems biology, and software systems with a clinical and diagnostic focus. Presently, I provide business and technical consulting services through Digital World Biology to help organizations develop genetic analysis strategies and technical implementation plans.

Prior to Geospiza, I was postdoctoral scientist in Dr. Leroy Hood’s laboratory and sequenced the BRCA1 gene with Mary-Claire King. My peer reviewed and invited publications are in human genetics, microbiology, chemistry, computer science and education. I hold a Ph.D. in Medicinal Chemistry from University of Washington and B.S. degrees Genetics and Biochemistry from University of Minnesota.

What is Biotech?

The biotechnology (biotech) industry is incredibly diverse. Recently, I wrote about the size of the biotech industry, which is, of course, related to how biotechnology is defined. As a strict definition, biotechnology is the use of biology to turn raw materials into useful products. However, the act of developing a biotech product requires many enabling technologies, reagents,…

How Big is Biotech?

A simple web search says biotech is really big. One estimate indicates that the industry will have $400 billion in sales in 2017 with growth to over $775 billion by 2024 [1]. Another report suggests there are over 77,000 employers [2]. That’s big, but is it real, and what you can do with this information?…

It’s time for the annual blog about the annual Nucleic Acids Research (NAR) database issue. This is the 24th database issue for NAR and the seventh blog for @finchtalk. Like most years I have no idea what I’m going to write about until I start reading the new issue. Something always inspires me. This year’s…

Computers, biological data (molecular sequences, structures, and other data), websites, and databases are integral to modern research. Innovations like precision, or personalized medicine, expect a certain level of patient participation, and our future food and environmental sustainability will require that society can access a multitude of computer-based resources. Thus, higher education has an important role in…

Bio Databases 2016

Someone missed the memo. Over the past year, news and presentations by NIH leaders like Philip Bourne have communicated that the proliferation biologically focused databases is unsustainable. However, unlike last year, where the number of databases tracked by Nucleic Acids Research (NAR) dropped by three databases, 2015’s net growth was 136. Counting databases is hard As summarized in…

Bio Databases 2015

Something interesting happened in 2014. The total number of databases that Nucleic Acids Research (NAR) tracks dropped by three databases! What happened?  Did people quit making databases?  No.  This year, the “dead” databases (links no longer valid) outnumber the new ones. To celebrate Digital World Biology’s release of Molecule World I’ll discuss some of the new structure databases…

Scale, proportion, and quantity belong to one of the cross cutting concepts in the next generation science standards (NGSS).  According to Volume 2 of the NGSS, “in engineering, no structure could be conceived much less constructed without the engineer’s precise sense of scale.”  The authors go on to note that scale and proportion are best understood using…

Science and its interpretation is wonderful. Today I saw a post on Twitter from @LAbizar, referencing an @GEN, post that stated 8.2% of Human DNA is Functional with a link to a GEN article: “Surprise: Only 8.2% of Human DNA Is Functional.” The GEN writeup cited a PLoS Genetics article, “8.2% of the Human Genome Is Constrained: Variation in Rates of…

A few weeks back, we published a review about the development and role of the human reference genome. A key point of the reference genome is that it is not a single sequence. Instead it is an assembly of consensus sequences that are designed to deal with variation in the human population and uncertainty in…

A key concept in science is molecular scale. DNA is a fascinating molecule in this regard. While we cannot “see” DNA molecules without the aid of advanced technology, a full length DNA molecule can be very long. In human cells, other than sperm and eggs, six billion base pairs of DNA are packaged into 22…