Here on Nature Network, several bloggers have lamented the difficulty in keeping up with the literature in their field.
BananaSLUG adds even more of a challenge!
By throwing a random word into your Google search string, BananaSlug will return hits that would otherwise be buried several pages into the results.
BananaSlug “was designed to promote serendipitous surfing”. I am not sure it does that – surely serendipity is not found by looking for it – but this is a fun gadget.
Whilst in Boston, in between sightseeing excursions…
…I took the opportunity to sneak into a real, live, Nature Office, to catch up with Anna whom I met at SciBlog08, and Corrie (who was there too!).
We would like to say we headed for our local friendly coffee place, but we succombed to mall culture…
One of the many only great things about Nature Network is, well, the Networking – meeting bloggers (and non-bloggers) from all sorts of backgrounds, and engaging in discussion with scientists whom I would never otherwise have come into contact with. It’s even better if we can network in real life.
So thanks, Anna and Corrie, for the hospitality – I’m sure we can find a Starbucks next time you are in London!
Boston-dwelling NN blogger: “So what’s it like then?”
Me: “Well, put it this way, I don’t think I’ve ever see 800 such enthusiastic science undergraduates in one place…”
BDNNB: “That sounds horrible!”
–
Not horrible, but electric, exhilerating and exciting, the spirit of the iGEM Jamboree is absolutely perfectly captured by iGEM HQ’s Flikr photostream – also check out the iconic iGEM from above picture:
iGEM from above
I spotted a flyer on campus just now from these people
It seems that oxbridge essays have branched out into a number of areas where they can make money help students with their studies.
Oxbridge Essays have been chastised for distributing their promotional material here previously. I wonder if any students will take them up on this offer?
When I applied for a blog here on Nature Network, I promised M@ that I would use my space to flag up research that caught my eye. Last week I spotted the title of a Letter in Nature that warranted further exploration. Having spent my summer immersed in Synthetic Biology in practise it seemed fitting to take a closer look at Stricker et al‘s Fast, robust and tunable synthetic gene oscillator.
An article in the Guardian Weekend magazine last Saturday documented American novelist Richard Powers’ experience of having his own genome sequenced and his genes examined.
This is not the first journalistic piece to explore the implications of genetic analysis prompted by curiosity as opposed to immediate clinical need. Mark Henderson, science editor of The Times, submitted his cheek swabs to deCODEme and reported his reaction to their assessment of his risk for 20 diseases. And indeed, Anna blogged about Powers’ story as reported in GQ – it has been rewritten here for a different audience.
However, with the exception of the publication of Jim Watson’s sequence this is the first article I have read describing the sequencing of an individual’s genome together with his response.
This is also the first time my attention has been drawn to the work of Knome, a self-styled “personal genomics” company. Knome was founded only last year by George Church, also known for initiating the personal genome project in his capacity as Professor of Genetics at Harvard Medical School.
Knome claim to offer “the most complete and comprehensive analysis of trait and disease associations available on the market today,” and their rosewood-boxed product is certainly seductive. At a price of a third of a million dollars, the client’s sequence is presented on a USB thumb drive. The thumb drive is pre-loaded with software such that the sequence can be viewed, and that the analysis can be updated as new research is released.
Powers reports with raw honesty his apprehension as he waits for his annotated sequence to be returned. Having felt in the past that I would fearlessly jump at the chance to have my own genome sequenced, this piece prompted me to re-evaluate my erstwhile brazen enthusiasm. I used to envisage browsing my own string of bases in the same manner in which I marvelled at a printed copy of the reference sequence, which is presented in pairs of bound volumes at the Wellcome Collection here in London. With the cost of sequencing falling with dizzying rapidity, and the tools for analysis largely in the public domain, I am confident that within my lifetime the price of sequencing and assembling a genome of choice will be within reach of an individual.
When that happens, will you place an order?
At GCSE level (that’s Freshman/Sophomore at High School to American students) a cell might look like this:
By the time you reach A-level/Senior High, you are presented with something more like this:
At degree-level, your understanding of the workings of the cell expands in scope:
Upon first glance, which of the below diagrams1 makes the most sense to you?
Figure 1
Figure 2
