The diagnosis was a tricky one. I noticed a cervical (as in my neck, not female reproductive anatomy, I'm a man. Although it would have made for an interesting blog...) lymphadenopathy (glands). This is rather common. One can get it from a pharyngitis, an ingrown beard hair, a cut, many viruses, TB and of course cancer (whether primary or secondary). To differentiate one should look at the timeline and predisposing factors (such as immunocompromised patients). So if you develop a swollen gland, don't freak out! Keep an eye on it and discuss it with your doctor.
A short note on TB cervical lymphadenitis. It's also known as scrofula. Many moons ago it was a rather common condition to have. And by many moons ago I'm specifically referring to ye olde Europe. It used to be known as the King's Evil, as it was believed that one could become cured by the sovereign touch of a monarch. This of course led to many monarchs contracting the disease (as a result of poor hygiene practices and a lack of basic microbiological principles which came years after). It's thought that the royals used to wear those extravagant items of clothing with frills covering the neck to hide the touch of scrofula. How true this is, I'm not sure. If you're brave enough feel free to Google it.
Back to my story. My lymphadenopathy stuck around for a while. So I decided to have it investigated. I had an excision biopsy done (i.e. the cut a few lymph nodes out) and sent the samples to a pathology lab. Many tests were performed, looking for cancer, viruses, TB, signs of extraterrestrial life, etc. a few weeks ago which confirmed the diagnosis of Hodgkin Lymphoma.
We use something known as the Ann Arbor Classification to stage an,d in a way, prognosticate the cancer. For other cancers we use the Tumour Node Metastases (TNM) staging system. The Ann Arbor takes into account how many groups of lymph nodes are involved, whether it's above and/or below the diaphragm, and whether it involves other tissues such as liver, bone, etc.
To help us get a better idea what's going on, I went for a PET CT scan. I'm going to get a little nerdy and technical here, please forgive me. A Positron Emission Tomography assisted Computerised Tomography scan was performed. A CT scan blasts you with gamma rays and, depending on the tissue type, will give you an image. The PET on the other hand involves being injected with a radioactive isotope of glucose, Fludeoxyglucose (18F). Highly metabolically active tissue, such as cancerous tissue, will gobble up this glucose like I would gobble up any free food in front of me. Once inside the cells the radioisotope starts to denature, releasing positrons, the vindictive twin of the electron. The positron then hits an electron and a process known as annihilation occurs in which, like magic, the two particles disappear and two gamma rays are shot out at 180 degrees of one another. The fancy machine then detects these gamma rays and plots it, in association with the CT image, to give a nice picture as to what is going on.
There are plenty of steps involved. No strenuous exercise 7 days before the scan, no exercise 48 hours before the scan and then a no carbs, high protein diet 24 hours before the scan (please let's not go into the banting diet here...). On the day you're not allowed to eat, just drink water. Once they've injected you, you lie in a dark room for an hour (how ominous). The actual scan takes about one hour (what a nice nap I had!). At no point does it hurt (except when they inject you) and you are radioactive for 6 - 8 hours after the procedure. I tried to use mind control (much to my wife's amusement) to move the salt shaker. It didn't work (yet).
I'll have to have another PET CT scan midway through the chemotherapy to see the response to treatment. Salt shakers of the world beware!
There are other factors to take into account when prognosticating my cancer. Age, sex, certain blood results, the size of the nodes, etc. I won't go into too much detail, but my prognosis is great!
Next time I'll chat about the actual chemotherapy drugs, the side effects and the pharmacology.
#cancer