Today’s post is a recap of Day 3 – the final day – at the World Parkinson’s Congress meeting in Kyoto, Japan.
I will highlight some of the presentations I was able to catch and try to reflect on what was an amazing meeting.
The final day of the WPC meeting for me started with Parkinson’s advocate Heather Kennedy‘s presentation on “Your radical new life: Creative ways to overcome our challenges”. In her talk, she spoke of the mindset that is required for tackling Parkinson’s and provided some advice on what-to-do and what-not-to-do.
And Heather was speaking from personal experience. Having been diagnosed in 2012, she has become an active advocate, supporter of Davis Phinney and Michael J Fox Foundations, and an administrator on several online sites. And she regularly speaks about different methods for overcoming the challenges of Parkinson’s:
“It is not ‘why is this happening to me?’, it is ‘what is this teaching me?”
Here is a presenation she gave at the recent Parkinson’s Eve meeting in the UK earlier this year:
Key among her pieces of advice is the need to make connections:
An important aspect of developing new potentially ‘curative’ treatments for Parkinson’s is our ability to accurately test and evaluate them. Our current methods of assessing Parkinson’s are basic at best (UPDRS and brain imaging), and if we do not improve our ability to measure Parkinson’s, many of those novel treatments will fail the clinical trial process and forever remain just “potentially” curative.
Blood pressure issues are a common feature of Parkinson’s that does not get a lot of attention, but new technology could provide us with new insight.
In today’s post, we look at new technology (under development) which could be applied to Parkinson’s, for the measuring and assessment of blood pressure, and we will look at how it could be used in certain clinical trials.
Apple watch 4 (not an endorsement). Source: NewScientist
Late last year, the tech giant Apple released yet more new versions of their phones and watches (with much fanfare). And before we continue: this is not an advertisement or endorsement (unless Apple wants to talk to me???… ).
Of interest was the new version of their watch, which has a handy feature of being able to tell you when you have fallen over (a warning that one was about to fall would surely be more useful, no?).
Useful feature, but those buttons are rather close for anyone with a tremor. Source: ATT
And much was made about the ability of the watch to monitor heart rate, which is a very clever trick, particularly for people with atrial fibrillation (periods of abnormal activity in the atrials of the heart) – although there appear to a few issues to be ironed out (Click here to read more about this).
Many of these smart watches and wrist band monitoring gadgets can now detect heart rate, but monitoring of blood pressure would actually be more useful for the Parkinson’s community.
What does blood pressure have to do with Parkinson’s?
Recently I wrote a post about research investigating an interesting compound called Epigallocatechin gallate (or EGCG – click here for that post). Several eagle-eyed readers, however, noted something interesting in the details of one of the research reports that was discussed in that post.
The study in question had used EGCG as a positive control for evaluating the ability of other compounds for their ability to inhibit the clustering of Parkinson’s-associated protein alpha synuclein.
But there was also a second positive control used in that study.
It is called baicalein.
In today’s post, we will discuss what baicalein is and what research has been done on it in the context of Parkinson’s.
Lake Baikal. Source: Audleytravel
Once upon a thyme, in a far away land, there was a mysterious little flowering plant.
The “far away land” was the southern parts of eastern Siberia.
And the flowering plant is Scutellaria baicalensis – which is more commonly referred to as Baikal skullcap.
What is Baikal skullcap?
Baikal skullcap is a perennial herb that is indigenous to Southern Siberia, China and Korea. For centuries, traditional Chinese medicine has used the dried roots – which is called huángqín (Chinese: 黄芩 or golden root) – for a variety of ailments.
Baikal skullcap. Source: Urbol
The plant grows to between 1-4 feet in height, with lance head-shaped leaves and blue-purple flowers. Baikal skullcap belongs to the same family of flowering plants (Lamiaceae) as thyme, basil, mint and rosemary.
For traditional Chinese medicinal use, the roots are usually collected in spring or autumn once the plant is more than 3-4 years old. They are dried and then used to treat hypertension, to reduce “fire and dampness”, and to treat prostate & breast cancers.
And one of the key constituents of Baikal skullcap (and huángqín) is a compound called baicalein.
What is baicalein?