An Introduction to ADInstruments LabChart
By Dory Video
Summary
## Key takeaways - **Tutorial Series for BSc/MSc Physiology**: This is the first tutorial on using LabChart Pro, LabChart Reader, and Microsoft Excel for data analysis of human physiology practicals, designed for both BSc and MSc students. We'll start fairly simple and work through a number of data files showing uses of LabChart and Excel. [00:03], [00:14] - **LabChart Pro vs Reader Differences**: I'm using LabChart 7 Pro, the fully fledged commercial version, while you're probably using LabChart Reader, the free version available on PCs and downloadable from ADInstruments website. Pro allows saving, which Reader cannot do, so important notes on getting data into Excel for offline analyses. [00:34], [00:57] - **Isometric Grip Exercise Dataset**: This dataset from isometric exercise using a handgrip dynamometer has three channels: grip force in kilograms from the transducer, blood pressure from a Finapres, and heart rate as an analogue output from the Finapres that follows changes in heart rate. [01:18], [01:52] - **Dynamic Exercise Dataset Channels**: This more complicated MSC practical dataset includes systolic and diastolic pressures from Finometer, heart rate from Finometer, carbon monoxide and oxygen end-tidal from gas analyzer via mouthpiece, oxygen saturation from finger pulse oximeter, and respiratory flow from respigard. [02:03], [02:35] - **Starting with Simple Grip Analysis**: We'll start with the simple isometric grip test dataset to look at data pads, binning, and offline analyses, then move to the next tutorial on navigating round files using these data. [02:45], [00:24]
Topics Covered
- Pro version enables saving; Reader requires Excel export
- Grip force triggers direct finger press heart rate
- Dynamic exercise tracks multi-gas respiratory physiology
Full Transcript
hello and welcome to the first in the tutorial on use of lab chart lab chart prolab chart reader and Microsoft Excel to do data analysis of human physiology
practicals this is a tutorial set designed for both BSC and MSC students we'll start fairly simple and work our way through a number of data files
showing the uses of lab chart and Excel to do some analyses of data so we'll start by just showing you the datasets we're going to be using incidentally I'm
going to be using lab chart 7 Pro which is the fully fledged commercial version of an instrument slab chart you're probably using a lab chart reader which is the free version it's the one that's
available on the pause machines and also the one you can download free from the aliens to its website just to let you know I'm using the pro version just in case any windows pop up that you're not seeing on your machine but this will
allow me to do saving which of course library they cannot do so there'll be some important notes during this about getting your data into a program like Excel in order to do your analyses
offline and without having to sit there at a pause machine with lab chart open for the rest of the week so there's lab trap Pro and I'm using the first the data sets were using is
this data set this is isometric exercise using a handgrip dynamometer this is three sets of data required by the system the first is grip
force which is measured in kilograms and this is the grip force from the from the transducer we've then got blood pressure which comes for a thinner press and
we've got heart rate here which is actually given by the finger press is one of its analogue outputs so this is not a derive variable this is actually from the filler press and you can see it
follows changes in heart rate we're going to be using this to look at data pads to look at some of the binning and some of the offline analyses of data we
also have another data set which is a dynamic exercise data set a little bit more complicated this is from an MSC practical we've got systolic diastolic pressures taken from
phenom etre we've got heart rate which I believe is taken from the phenomena as well yeah we've got carbon monoxide end-tidal and oxygen end titles taken
from a gas analyzer are taken from the mouthpiece we've got oxygen saturation Sao - which is taken from a finger
SATs monitor and then down the bottom here we've got respiratory flow which is taken from a respirator so here's all the numbers we have for this data set
but we'll start with the simple data set looking at the grip test and we'll go on to the next tutorial and looking at navigating round files using these data
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