MRI

Fancy Thesis Tables in LaTeX: An Idiots Guide

Fancy Thesis Tables in LaTeX: An Idiots Guide

In which I provide a template for generating fancy, production quality tables for theses...

LaTeX as I've mentioned previously, is a document preparation system well known for its brilliant equations and can also be utilised to make very nice looking diagrams. The tables it generates, however, while neat are a little lacklustre.  This is aimed as a very simple guide to editing tables (regular LaTeX users may find this tutorial very basic).

Word 2010: Footnotes and Mendeley

Word 2010: Footnotes and Mendeley

In which I discuss getting footnotes and Mendeley references to look nice in Word...

I may not have mentioned it before on this blog but I am a Mendeley advisor and a strong advocate of this free reference manager. In fact I cover the pros and cons of it in this video:

Proper Gradients for MetaPost Pulse Sequences

Proper Gradients for MetaPost Pulse Sequences

In which I improve upon the previous post...

In yesterday's post I talked about using MetaPost to generate Pulse Sequence Diagrams for MRI documents. I have been using this to make nice diagrams for my Thesis. There is one problem, however, with the pulse sequence file provided on Mark's website - it generates square gradients.

Pulse Sequence Diagrams Using Metapost

Pulse Sequence Diagrams Using Metapost

In which I use MetaPost to generate publication quality pulse sequence diagrams...

Pulse sequences are the series of radio-frequency pulses required to generate an MR image. If you are an MR Physicist you will see these a lot and probably wondered how can I generate nice pulse sequences for my thesis, papers etc. Well handily using MetaPost and these files you can!

Warming Camomile & PhD 3rd Year Retrospective

In which I talk about my approaching final year and try a warming tea...

So in a few days I should be officially into my fourth and final year of my PhD.  That means I'm hopefully one year away from wearing these crazy robes...

MRI Scanner Cake 2013

MRI Scanner Cake 2013

In which I bake another, more ambitious, MRI scanner cake...

The ISBE annual BBQ was on Friday so I had to once again attempt to bake an MRI scanner cake. I decided to go for a more realistic one than previously.

The basic cake is made using Delia's All-in-one Sponge recipe and then things get a little crazy as I make 4 of them.

MRI Basics: What Do I Need?

MRI Basics: What Do I Need?

In which I describe the components of an MRI scanner...

So following on from last week – other than a lot of money to pay for it all*, what do you need for an operational MRI scanner?

*Scanners are often upward of several million pounds.

A Large Magnet

In order to make a significant number of the spins in your body align in one direction a very powerful magnet is needed. The strength of these magnets is measured by a large unit called the Tesla (symbol: T). To get an appreciation of how strong that is there is another unit called the gauss which is also used to measure magnetic fields. 1 Tesla = 10,000 gauss and a normal bar magnet is around 100 gauss.

Moist Rich Indulgent (MRI) Cake

Moist Rich Indulgent (MRI) Cake

In which I post a really late cake...

Apologies for further lack of tea - reviews will be coming next week I promise :)

MRI Cake

2 years ago, just as I had started this blog*, I had to go to a departmental barbecue and they asked people to make cakes - this is what I did!

*before I posted regularly.

The Cake

  • I used a simple sponge recipe to make two 9" round chocolate cakes. 
  • I used a round cookie cutter to remove the centre of one of the cakes.
  • I stuck the cakes together with jam.
  • I used ready roll icing to cover the cake pushing it down around the edges.
  • And trimmed the icing to make a hole and give it nice edges.
  • I then made a scanner bed out of icing.
  • And put the correct writing onto the 'scanner'.

MRI Basics: What is MRI?

In which I explain the very basics of MRI...

Nuclear Magnetic Resonance (NMR) allows us to detect a signal due to a fundamental quantum property of atoms - spin (which I will explain in an upcoming post). Magnetic Resonance Imaging (MRI) uses these same principles to obtain images of (usually) hydrogen atoms in a substance/tissue.

(N)MRI is a non-invasive, non-ionising, imaging modality and is widely used in hospitals worldwide. What does all that mean?