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webOS Nation Forums > webOS apps and software > webOS developer forums > Palmdoc Apps > MediPDA
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I know you've changed the name a few times already but the current one gave me an idea.
PreMed
PreMedic
The IBW doesn't take into account the body frame. I know BMI doesn't either but I think it's a better estimate. I'm not saying that the IBW should be excluded from this app as many health care practitioners still use it for something. Until it's no longer widely used, I think it's very appropriate to have it.
Have you considered including Mifflin-St. Joer or Harris Benedict or any other the other widely used equations for estimated energy needs? Each one has a different purpose depending on the patient. THey would be great to include.
PreMed
PreMedic
The IBW doesn't take into account the body frame. I know BMI doesn't either but I think it's a better estimate. I'm not saying that the IBW should be excluded from this app as many health care practitioners still use it for something. Until it's no longer widely used, I think it's very appropriate to have it.
Have you considered including Mifflin-St. Joer or Harris Benedict or any other the other widely used equations for estimated energy needs? Each one has a different purpose depending on the patient. THey would be great to include.
This addition will benefit a few users and many patients. I believe its a very simple calculation and quite similiar to what you have done already.
I make helmets to remold the shape of childrens heads and i have to calculate two ratios.
1. Cephalic Ratio (ML or width /AP or length) in millimeters
135mm / 140mm =96.42% Cephalic Ratio
2. Cranial Vault Asymmetry Index (CVAI) which consists of a ratio between two diagonal length measurments in millimeters.
Diag big-diag small/diag big*100= CVAI
145-140mm=5mm/145=.0344*100=3.44% CVAI
If you could make a screen that i had to input ML & AP and it would calculate the cephalic ratio, and below that enter the two diagonals and it would calculate the CVAI. Well then i would just be the coolest Prosthetist/Orthotist on the planet. (it would save me time too)
I wish i could write this myself, and its more interesting to me too, but i cant. If your interested let me know, and if you want it to be more involved i can give you much more detail and further things to calculate. Maybe you can market it to my field too.
Hope your interested, and sorry if this violates your thread, but your app looked the most similiar and appropriate.
thanks a wish-i-could-dev
I make helmets to remold the shape of childrens heads and i have to calculate two ratios.
1. Cephalic Ratio (ML or width /AP or length) in millimeters
135mm / 140mm =96.42% Cephalic Ratio
2. Cranial Vault Asymmetry Index (CVAI) which consists of a ratio between two diagonal length measurments in millimeters.
Diag big-diag small/diag big*100= CVAI
145-140mm=5mm/145=.0344*100=3.44% CVAI
If you could make a screen that i had to input ML & AP and it would calculate the cephalic ratio, and below that enter the two diagonals and it would calculate the CVAI. Well then i would just be the coolest Prosthetist/Orthotist on the planet. (it would save me time too)
I wish i could write this myself, and its more interesting to me too, but i cant. If your interested let me know, and if you want it to be more involved i can give you much more detail and further things to calculate. Maybe you can market it to my field too.
Hope your interested, and sorry if this violates your thread, but your app looked the most similiar and appropriate.
thanks a wish-i-could-dev
OK Mike - this one is for you:
http://forums.precentral.net/homebre...o-v-0-1-a.html
Thanks to all for their suggestions.
However, I would appreciate a little more help e.g. pointers to the actual formula/reference.
As there were two requests for A-a gradient, I'd like to add that next but can anyone help with the actual formula? (I don't use it in my practice)
I could research it but I think a little group effort here would be nice and it would save me time.
http://forums.precentral.net/homebre...o-v-0-1-a.html
Thanks to all for their suggestions.
However, I would appreciate a little more help e.g. pointers to the actual formula/reference.
As there were two requests for A-a gradient, I'd like to add that next but can anyone help with the actual formula? (I don't use it in my practice)
I could research it but I think a little group effort here would be nice and it would save me time.
WOW that was fast. I've tried it and it works great...Now i've got an App for that. For those interested check out the thread specifically for Cranio. Thanks palmdoc2005 I will be using this tool daily. Hey we got a new App for the Homebrews too!
Just curious how long did it take you to actually create this App?
Just curious how long did it take you to actually create this App?
PreMedi is actually based on a Mojo/WebOS framework developed for another medical app I am working on with Janni Kovacs (roar in this forum). Janni has cleverly made the framework quite simple so that there is less Mojo-esque code to type in. In fact one can just concentrate mainly on the Javascript, which I am slowly getting the hang of.
Medical calculator apps are really quite basic since there are no complex graphics routines and the general structue is:
1) Input variables (text box, drop down list, check box etc)
2) Perform calculation
3) Output result
So in answer to your question, it probably took me all in all about an hour to port over to Cranio.
There was a bug somewhere which troubled me but the problem is my eyesight as I could not pick out the ( which should have been a {
Janni came to the rescue once again so if not for him you would not get Cranio
If there were a proper debugger tool, I think the WebOS SDK would be more friendly for noobs like me. Anyway I believe the SDK will improve with time and soon anyone interested can easily code apps for their own work.
Another module I am thinking of adding is the ATP III cholesterol algorithm. That might come before the A-a one as I use that alot in my practice (Statcoder's Cholesterol PalmOS app)
Medical calculator apps are really quite basic since there are no complex graphics routines and the general structue is:
1) Input variables (text box, drop down list, check box etc)
2) Perform calculation
3) Output result
So in answer to your question, it probably took me all in all about an hour to port over to Cranio.
There was a bug somewhere which troubled me but the problem is my eyesight as I could not pick out the ( which should have been a {
Janni came to the rescue once again so if not for him you would not get Cranio
If there were a proper debugger tool, I think the WebOS SDK would be more friendly for noobs like me. Anyway I believe the SDK will improve with time and soon anyone interested can easily code apps for their own work.
Another module I am thinking of adding is the ATP III cholesterol algorithm. That might come before the A-a one as I use that alot in my practice (Statcoder's Cholesterol PalmOS app)
I love this.
So all I have to do to input 5"11 is just times 12 by 5 and add 11, to get the inches right?
I'm pretty sure but just wanted to double check. Is that how your app works, total inches?
So all I have to do to input 5"11 is just times 12 by 5 and add 11, to get the inches right?
I'm pretty sure but just wanted to double check. Is that how your app works, total inches?
Originally Posted by MOE-GUNZ:
I love this.
So all I have to do to input 5"11 is just times 12 by 5 and add 11, to get the inches right?
I'm pretty sure but just wanted to double check. Is that how your app works, total inches?
I love this.
So all I have to do to input 5"11 is just times 12 by 5 and add 11, to get the inches right?
I'm pretty sure but just wanted to double check. Is that how your app works, total inches?
Yes that's right, and I'm pretty sure most Palm Pre people won't need an app for that (maybe the iPhone folks would
)A-a gradient:
PAO2 = ( FiO2 * (760 - 47)) - (PaCO2 / 0.8)
A-a gradient = PAO2 - PaO2
(from the online calculator here):
Alveolar-arterial Gradient
PAO2 = ( FiO2 * (760 - 47)) - (PaCO2 / 0.8)
A-a gradient = PAO2 - PaO2
(from the online calculator here):
Alveolar-arterial Gradient
Originally Posted by victoras:
A-a gradient:
PAO2 = ( FiO2 * (760 - 47)) - (PaCO2 / 0.8)
A-a gradient = PAO2 - PaO2
(from the online calculator here):
Alveolar-arterial Gradient
Thanks for the link. I've added the A-a module but there's a bug and I really can't spot it. Have emailed Janni for help. When it's debugged will put up the new version.A-a gradient:
PAO2 = ( FiO2 * (760 - 47)) - (PaCO2 / 0.8)
A-a gradient = PAO2 - PaO2
(from the online calculator here):
Alveolar-arterial Gradient
I think the WebOS SDK could do with a good debugging utility
I think I neat idea could be adding a health monitor for someone running. I don't remember how it works but I was thinking it would be related to the motion of the person and the Pre would use its accelerometer for that or gps location tracking and a stopwatch built in.
just throwin that out there
just throwin that out there
program looks great - i hate using epocrates on classic
i would like to put in another vote for the MELD score and FeNa and add a request of my own:
include framingham score report in the ATP III cholesterol algorithm output
thanks!!
i would like to put in another vote for the MELD score and FeNa and add a request of my own:
include framingham score report in the ATP III cholesterol algorithm output
thanks!!
OK, latest version with A-a gradient calculator in the updated 1st post.
Best chance of getting your suggestions included in the next modules would be to:
1) post links to references
2) post the formula/algorithm
as that would save me time
TQ
Best chance of getting your suggestions included in the next modules would be to:
1) post links to references
2) post the formula/algorithm
as that would save me time
TQ
Thanks for the A-a gradient....
FeNa?
Fractional Excretion of Sodium (FENa) = (PCr * UNa ) / (PNa x UCr) %
Prerenal Intrinsic Renal Postrenal
UNa (mmol/L) <20 >40 >40
FENa <1% >1% >4%
Prerenal: Anything that causes decreased effective renal perfusion: Hypovolemia, CHF, Renal Artery Stenosis, Sepsis, etc. Remember, contrast-induced nephropathy will often look pre-renal.
Intrinsic Renal: ATN, AIN, Glomerulonephritides, etc
Postrenal: Obstruction (BPH, bladder stone, bilateral ureter obstruction)
FeNa?
Fractional Excretion of Sodium (FENa) = (PCr * UNa ) / (PNa x UCr) %
Prerenal Intrinsic Renal Postrenal
UNa (mmol/L) <20 >40 >40
FENa <1% >1% >4%
Prerenal: Anything that causes decreased effective renal perfusion: Hypovolemia, CHF, Renal Artery Stenosis, Sepsis, etc. Remember, contrast-induced nephropathy will often look pre-renal.
Intrinsic Renal: ATN, AIN, Glomerulonephritides, etc
Postrenal: Obstruction (BPH, bladder stone, bilateral ureter obstruction)
I would enjoy this hypo/hypernatremia calculation like the one found here: MedCalc: Hyponatremia & Hypernatremia
The FeNa looks doable. I'll see what I can do.
How do I install the Premedi? Its a ipk file. I am not familiar with this type of file. Thank you for any help/support
Originally Posted by lwbrock31:
How do I install the Premedi? Its a ipk file. I am not familiar with this type of file. Thank you for any help/support
Hi - read the "sticky" threads in the Homebrew section, in particular these:How do I install the Premedi? Its a ipk file. I am not familiar with this type of file. Thank you for any help/support
http://discussion.treocentral.com/ho...ll-v1-0-a.html
http://discussion.treocentral.com/ho...installer.html
which document clearly two methods to do so .
I have added FENa but getting a "white screen of death" on the emulator
Will try to debug and see where I went wrong before I yell for help....
Will try to debug and see where I went wrong before I yell for help....
I have added FENa but getting a "white screen of death" on the emulator
Will try to debug and see where I went wrong before I yell for help....
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Will try to debug and see where I went wrong before I yell for help....
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