mobile apps for scientists

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©Axiope Mobile Apps for Scientists Bioconference Live October 2011

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Overview of mobile apps for scientists; what's available now and what's coming

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Page 1: Mobile apps for scientists

©Axiope

Mobile Apps for Scientists

Bioconference Live

October 2011

Page 2: Mobile apps for scientists

©Axiope

Overview

Setting the scene

Apps by discipline and function

A peak at what’s coming

Q&A

Page 3: Mobile apps for scientists

©Axiope

What is a mobile app?

“A software application running on a tablet or smartphone”

Page 4: Mobile apps for scientists

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What different kinds of apps are there?

Dedicated mobile appsiOS (Apple)

Android

Windows (coming with Windows 8)

Web apps on mobile devices

Page 5: Mobile apps for scientists

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Where to find mobile apps

iTunes AppStore

Android Market and alternatives

Google

Specialized websiteshttp://homepage.mac.com/swain/Macinchem/iPhone/mobile_apps.html

http://www.scimobileapps.com/

Page 6: Mobile apps for scientists

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How much do they cost?

0 - $20

Page 7: Mobile apps for scientists

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Key variables

Reading Input

Consumption Production

Extended activity

Focussed activity

Education Research

Page 8: Mobile apps for scientists

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Tablets versus phones

Production/InputConsumption/Reading

It’s the screensize, stupid!

Page 9: Mobile apps for scientists

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Overview

Setting the scene

Apps by discipline and function

A peak at what’s coming

Q&A

Page 10: Mobile apps for scientists

©Axiope

Types of apps

Molecular design/manipulation

Interaction with databases

Calculations

Tools

Page 11: Mobile apps for scientists

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Molecular design/manipulation

JS Draw

Javascript chemical structure drawing tool

iMolBuilder (3D)

View, edit and draw molecules

iMolDraw (2D)

Page 12: Mobile apps for scientists

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Molecular design/manipulation

Mobile molecular datasheet

View, edit and organise chemical structures

Page 13: Mobile apps for scientists

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Interaction with databases

Chemspider mobileMobile search client for the ChemSpider online

database

MObile reagentsAccess to 6 million molecules and 11 million

product variations from more than 50 laboratory chemical suppliers

Page 14: Mobile apps for scientists

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Interaction with databases

iProteinSurvey TIP database by Sequence, Structure/Model, Site, Protein

Family, and by co-complexed ligand

Page 15: Mobile apps for scientists

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Calculations

ChemCalChemistry concentration (molarity, moles per

liter) and dilutions calculator

MolweightCalculation of the molecular weight and other

key properties of peptides and oligonucleotides 

Page 16: Mobile apps for scientists

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Tools

Primer JotA molecular biology application for keeping track

of oligos

Florescence SpectraviewerPlot and compare spectra for fluorophores from

Invitrogen

Page 17: Mobile apps for scientists

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ToolseCAT electronic notebook/sample

management

Page 18: Mobile apps for scientists

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Overview

Setting the scene

Apps by discipline and function

A peak at what’s coming

Q&A

Page 19: Mobile apps for scientists

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What’s coming next?

Platforms with more capabilitiesEasier data entry

Higher resolution cameras

Apps supporting complex actions

Cross-platform apps

More apps!

Page 20: Mobile apps for scientists

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What does this mean?

PC/Mac activity mobile devices

Consumption production

Mobile devices performing ‘hybrid’ functions

Mobile, app-centric orientation

Page 21: Mobile apps for scientists

Example problemCalf embryo biopsy sample workflow

1. Take a sample from a cow, in a barn; no wifi

2. Place sample in container, e.g. test tube

3. Later, put the container in a freezer

4. Track sample, and its aliquots, and document

things that happen to them

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Page 22: Mobile apps for scientists

Today’s ‘solution’

1. Unstructured paper notes about sample

2. Reenter sample details in spreadsheet back at the lab

3. Manually enter freezer location details

4. Separately put notes about sample in a paper lab book

5. Keep updating notebook and spreadsheet

6. Later, place the container in a freezer

7. Track sample, and its aliquots, and document things that happen to them©Axiope

Page 23: Mobile apps for scientists

Result

Time consuming and messy!

©Axiope

Page 24: Mobile apps for scientists

Tomorrow’s solution: data collection and barcoding app

1. Enter sample data in configurable form on any mobile device

2. Using keyboard, stylus or voice

3. Barcoding support

4. Works online and offline

5. The form syncs with eCAT

6. Back in the lab1. Enter freezer location information and sample activity in the original form

2. Sample data links to experiment record in notebook

2. Track samples, and document things that happen to them, on the form, through mobile devices, pc or mac

3. iOS and Android

4. Tablets and phones©Axiope

Page 25: Mobile apps for scientists

Result:Integrated solution

Takes advantage of new mobile platform capabilities

Let’s you work with the devices you want

Automatically syncs between devices

Starts with existing workflow

Saves time by

Simplifying data entry at each step

Integrating unconnected actions into a single process ©Axiope

Page 26: Mobile apps for scientists

A solution with broad application

Vetmed, but also . . .

1.Horticulture/plant science

2.Forestry

3.Geology

4.Space

5.Clinical (home sample collection), and . . .

6.Freezers with no wifi!

©Axiope

Page 27: Mobile apps for scientists

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Overview

Setting the scene

Apps by discipline and function

A peak at what’s coming

Q&A

Page 28: Mobile apps for scientists

©Axiope

[email protected]

http://twitter.com/rory_macneil