Is Scheduling Your Laboratory or Healthcare Staff a Pain? Learn How SaaS Makes it Easy!

Join us for a Webinar on February 23

Space is limited.
Reserve your Webinar seat now at:
https://www1.gotomeeting.com/register/930547808

Creating good staff schedules is a challenge for any administrator. The job is never done, people always complain and they’re outdated the minute they’re posted. There are software solutions on the market that promise to ease the burdens of your scheduling process but how do you know which one to choose or if you should change your current system at all? This webinar will provide you with details on determining if you need to change your scheduling systems and if you do, what system to switch to.
Join Nancy Janzen and Alan Vaughan in a short, half-hour lively presentation and discussion, including YOUR questions and comments!

Title:

Is Scheduling Your Laboratory or Healthcare Staff a Pain? Learn How SaaS Makes it Easy!

Date:

Tuesday, February 23, 2010

Time:

1:00 PM – 1:30 PM EST

After registering you will receive a confirmation email containing information about joining the Webinar.

Posted by: John H. Jones | January 24, 2010

EMR 2.0: The Game Has Changed! Find out how: Feb 9 at 2:00pm EST.

EMR 2.0: The Game Has Changed! Find out how: Feb 9 at 2:00pm EST.

Tuesday, February 9, 2010 2:00 PM – 2:30 PM EST

In the begining were Medical Records. Then came ELECTRONIC Medical Records (EMR). Today’s EMRs have evolved even further. See the latest in EMR trends, technology and offerings presented by industry expert Clint Crowe of MDDigest.com.  The meaningful use requirements have been released pending public comment and the race is on to transform organizations from siloed EHR 1.0 solutions to robust interoperable EHR 2.0.

What should your EHR be doing for you now that the playing field has changed? Find out how new modular, substitutional EHR foundations can make meaningful use easier to accomplish. Presented by the Laboratory Informatics Institute, this is no ordinary monotone powerpoint sleep-inducer. You can look forward to a lively and interactive 30-minute production as host Alan Vaughan poses your questions and a few of his own. So if you’d like to know more about this topic – you won’t want to miss this!

Click Here to Register for this Webinar

Posted by: John H. Jones | January 24, 2010

Disposing of confidential data is not an easy task

At some point in time in your career, you will be obliged to destroy confidential data that is in your possession.  I am not talking about pulling an Enron either.

If you work for a government lab or even a private sector lab, you know how much data your lab produces by the minute.  The sheer amount of data can be overwhelming.  Your organization may be performing work for another organization where you have a confidentiality agreement in place and when you complete your work for that other organization, you will be responsible for completely destroying that data after you have released it to your client.

Check out this software:

I was doing a search in the software downloads section of LIMSfinder to find some software to help me perform just such a duty. 

limsdownloaditnow

The following link will take you to a list of software you can try out.

The one I found to work pretty well is: WinShredder

Download it and give it a shot and let us all know what you think.

I chose this one becaue it claims to utilize military grade standards for data destruction.  I will have to validate this of course.  If any of you are computer forensics professionals, I would like to get your feedback on this.

Posted by: John H. Jones | January 17, 2010

Which LIMS implementation process is right for you?

Laboratories not only have different functional needs that their LIMS solution must meet but they also have system implementation needs that can have a profound affect on the success of the LIMS implementation.

Even if you succeed in choosing the right LIMS for your lab, the implementation process can make the difference between success and failure. There are basically 3 types of implementation processes (Packaged, Collaborative, Turn-key). Let’s rank them from the least expensive to the most expensive processes.

Packaged – A packaged LIMS solution with a packaged implementation:

The “Packaged” approach involves selecting a LIMS that delivers itself as a packaged product that is coded for a very specific purpose. Many hard coded LIMS are perfect for this type of implementation. The packages were built for a specific purpose and the configuration and customization options are significantly restricted. On the upside, these systems are less expensive and they implement rather quickly. On the downside, they are less flexible and you will most likely have to adapt your processes to meet the software. These types of solutions are ideal for small laboratories that are able to adapt to the implemented solution with very little disruption. Examples of laboratories that are ideal for this approach are: Small commercial testing labs, small municipal/government labs, small manufacturing QC labs, Clinical Reference Labs.

Obviously this is a broad generalization of representative laboratories but you may have a feeling for what type of lab you have and how able you are to adapt your lab to the implemented software. The rewards for laboratory flexibility will be lower cost and faster implementation. If on the other hand, your lab is not willing to adapt and you select this solution, you will be left with the feeling that you have purchased a Ford Model – T car, when in reality, the solution is far from a Model-T it is just that you bought the wrong product and implementation process for the job.

Collaborative – A data driven LIMS solution with a collaborative implementation:

The “Collaborative” approach involves selecting a LIMS that delivers itself as a flexible solution that adapts to your laboratory needs as opposed to your lab adapting to the software. First thing to know is that a LIMS package that is hard coded to a particular function is not adaptable and flexible. The words “Hard Coded”, says it all. No LIMS vendor will ever admit that their product is hard coded, so you will have to put the systems you are considering to the test by having detailed demonstrations of the product that show how flexible it is to adaptation.

Laboratories that are ideal for this process are larger in size, more complicated with ever changing needs; they will have staff that are dedicated to laboratory IT functions and are probably already operating a LIMS in one form or another. If they are looking to replace a LIMS it is probably because they have outgrown the current LIMS due to its lack of flexibility. The collaborative process is ideal here because the lab needs to be self sufficient with the LIMS and they need to be able to reconfigure the LIMS any time they want without having to depend upon a third party like the LIMS vendor. The lab’s needs change regularly and it is not sufficient to have a solution that is hard coded. This type of lab needs a data driven application that adapts by simple configuration without the need to modify or create source code. They need a solution that can adapt to their processes on their schedule.

The downside to this type of implementation is that it is nearly impossible to get a fixed price, fixed scope quote. Implementation work will be shared between the lab staff and the LIMS supplier staff. They will work as one team but with segmented duties. Without strong project management on the customer side who is very knowledgeable in both the lab processes as well as the LIMS technologies, the cost could get out of control. An editorial note at this point…. There is one popular LIMS vendor that uses the Collaborative approach almost exclusively and you will find many job opportunities for contract consultants to work with the end client on implementing that LIMS solution. This is not a bad thing or a good thing it is simply a fact that should be taken into consideration when evaluating costs of implementation.

The upside to this type of implementation is that costs are controlled entirely by the LIMS customer (the lab). The lab controls what functionality they will implement and on what time table. The lab has the ultimate in implementation control. In many cases, where the project management of the lab is very practical and experienced, the costs for this type of implementation are far lower than even the least expensive “Packaged” approach. Another benefit is that the lab becomes self sufficient with the solution and can adapt quickly to change. This solution and implementation approach will give a longer life expectancy than a solution that is hard coded and implemented for a specific purpose. The exception to this is if your lab remains fairly static in that it will not go beyond its testing bounds.

This implementation method is very rarely, if ever, suitable for government labs. First government labs have to change but only within their discipline by keeping up with technology or regulations. They rarely take on new functions, in fact, in today’s competitive environment, government lab functions are being outsourced more often to private labs. Of course that is a swinging pendulum depending upon the winds of politics. Second problem for government… they do not have open check books. They must have fixed prices and scopes. They cannot add permanent or contract staff easily for implementation. While government could benefit greatly from this type of implementation process, the very purchasing nature of the government lab prevents this type of process from even being an option. Federal initiatives have evolved to make purchasing more flexible and cost effective and so the Feds can do this type of implementation process some times but state and local governments almost never do things like this.

Turn-key – A fixed price, fixed scope, turn-key implementation process:

The “Turn-key” approach involves selecting a LIMS that is delivered without respect to being a packaged solution or a data driven, highly configurable solution. A Turn-key system is one where the LIMS vendor supplies a system based upon a rigid defined scope that has an equally rigid and defined price. The advantages to this type of implementation are that you know what you are going to pay and you know exactly what you are going to get. You do not need to have staff assigned to perform work on the project. These are huge advantages. However, it is not without disadvantages and those disadvantages are realities that most folks would prefer to ignore.

The downside to this implementation approach can be exactly the same as the advantages. First there is no cost to control. The price quoted is the price you pay. You have no opportunity to reduce costs without change orders to reduce scope and if you have ever purchased a new house you know how additions and deletions of fixtures work… Changes are not a good value. They charge a lot to add something and give you little credit to delete something.

Second, you must have a clear definition of exactly what you are purchasing and a very detailed specification in order to avoid disagreements about scope where things are ambiguous. Disagreements are inevitable and so they must lead to compromise. In general, a good compromise is where neither party is happy. To avoid this, you must have a comprehensive specification. To get a comprehensive specification, this is where an independent LIMS consultant can help you if you are required to get competitive bids. A good consultant will develop a very comprehensive and detailed specification of your functional and implementation requirements. This adds to your LIMS costs.

Another downside is that the specification will generally only be able to specify for today’s needs since anticipating future needs has all the science of Nostradamus. Finally, you are simply going to pay more for your solution. Between the LIMS consultant and the LIMS vendor you will pay more to have a turn-key solution because you are shifting all work and seemingly all risk to the solution provider.

This is not a bad implementation option it is just one that has its pluses and minuses.

Which process is right for you?

Each of the 3 processes has their advantages and disadvantages and I wish that I could say that one was better than the others but that just isn’t the case. One thing is certain, they are all very different from one another and if you pick the wrong process, even having the right solution will make the overall LIMS implementation process difficult and prone to problems. The results will be dissatisfaction and your expectations will be far from met. There will be a gap between expectations and results.

The implementation process you prefer is a good indication of what type of system will be the best fit for you. That being said, you must pick a solution that has both the right functional fit as well as the right implementation approach. A mismatch will be unfortunate for all concerned and both the customer and vendor will share the blame.

I will speak for myself at this point… If I owned a lab and was going to purchase and implement a LIMS, I would personally go with the Collaborative solution. My reasons are: I know LIMS technologies very well. I am very experienced in running and managing technology projects and I know my business and processes very well. Finally, I want control over my success. I do not like to put my professional success into the hands of a vendor, regardless of who they are or their track record. It would be my luck to be one of their exceptions.

With me in control, I would be able to get an enterprise class solution for the price of a “Packaged” solution. So why do I tell you this? You need to do your own self assessment to determine if the same approach would work for you. It is not an easy decision but it is necessary. I of course have an advantage as the president of a LIMS company but every lab manager who must purchase a LIMS has their own unique advantages that should be exploited to drive down costs and increase overall satisfaction with your purchase.

Regardless of which process works for you, you need to take responsibility for your success and not trust it to others.

The Ideal LIMS provider:

The ideal LIMS provider will offer LIMS solutions for all 3 implementation options and will not try to fit all customers into the same process. The LIMS provider needs to know your budget, size of lab, the ability of your lab to adapt to the software or vice versa and of course your functional needs as well as your staff levels available to participate in the implementation process.

The LIMS provider should learn about your needs and document those needs in a proposal that specifies the right product and implementation process with the right guarantees for joint success. There are many consultants who can help you with this process of LIMS evaluation and most all of the vendors offer the LIMS consulting as a free service in order to provide the best proposal they can. However, “To use a LIMS consultant or not to use a LIMS consultant” that is the question but that question will have to be covered under another future article.

An independent LIMS consultant is not free and it adds to the overall LIMS cost regardless of return. One way to evaluate LIMS vendors and their proposed solutions is to see how well they perform the needs analysis and how well the resulting proposal addresses those needs and guarantees. This does not cost anything and it is a pretty good indicator very early of the type of service you will get during implementation. A good, thorough proposal can tell you a lot.

As we all know, the Internet has had an affect on every person, institution, industry and government in the world today.  The LIMS industry has changed rapidly over the years because of the Internet in that nearly every LIMS system that is purchased today was investigated and researched to one extent or another through the Internet and in many cases has been purchased by way of the Internet.  When it comes to learning about LIMS, trying them out, purchasing a LIMS, implementation and finally support, you are and will be forever using the Internet at every step in that process.  Basically, the Internet is a key Enabling Technology that is not only driving the Laboratory, Scientific and Health Informatics Ecosystem but in fact the entire world of Business Ecosystems.

Where Disruptive & Enabling Technologies are the same thing

The Internet has become the sort of Gold Standard of both Disruptive and Enabling Technologies.  Disruptive in the sense that it is changing the entire software and media publishing industries and Enabling in that it is creating a whole new bread of progressive software and media publishers. 

This Disruptive Technology is thriving in both good and bad economic times and is quickly replacing the old business model of print media such as newspapers, scientific journals and B2B trade magazines with Open Access Journals, Blogs and Social Media sites where the community is delivering more comprehensive and diverse information than the old establishments.

Web based meetings and discussion forums are having a direct attendance impact on tradeshows such Pittcon by simply allowing users and vendors to meet and collaborate on-line without the need to travel. 

Cloud Computing is the enabling technology behind Software as a Service (SaaS) and SaaS is the Disruptive Technology that is forcing changes to the traditional software company that relies upon license revenue and annual maintenance fees by the elimination of these costs to consumers of software and replacing it with web hosted applications that can be used on-demand and for a low monthly charge as opposed to a large up-front license fee with on-going maintenance fees.

There is now a new Disruptive/ Enabling convergence of technology and business models that over time will have a profound affect on the software industry and all of the users within that industry.  This new convergence will accelerate the adoption of Cloud Computing and SaaS within all industries and organizations because of the ability to seamlessly integrate individuals and organizations within the larger business ecosystem.

Enter the concept of the “Digital Business Ecosystem”

The Digital Business Ecosystem (DBE) is the natural evolution of Business on the Internet and the convergence of software applications (such as LIMS, ELN, LIS, ERP, EMR, EHR, ECM and many other enterprise class applications) with Social Media to create a highly connected and integrated community of stakeholders including: Customers, Vendors. Employees, Trading Partners, Media, Government and other regulatory bodies. 

Today, LabLynx, inc. is evolving the release of its SaaS based LIMS (webLIMS.com) into a larger, more comprehensive DBE that will extend the reach of the laboratory, scientific and health organization to be part of a more global ecosystem that will expand those organizations capabilities and allow those organizations to be more competitive and efficient while expanding market reach.  This new DBE is currently primed with over 16,000 members of the laboratory, scientific and health community that come from the collection of applications and web services that LabLynx has in place to serve the industry.

This new DBE will connect organizations and individuals to software applications, information resources, customers, new employees, trading partners and suppliers like no other single system can provide today.  This new DBE from LabLynx will be known as sciCloud.net (currently under development) and it will be open freely to all DBE members.  Joining the DBE is free to everyone (without exception) and will be accessible through accounts most everyone already has in place with Social Media Networks such as Google, Yahoo, MS-Live, OpenID, Linkedin, Facebook, Twitter, MySpace, myExperiment.org and a host of other Social Media sites that make use of Open Authentication (Oauth).

The following short video clip provides a simple explanation of the Business Ecosystem with real world examples:

 

So what is the DBE?

DBE (Digital Business Ecosystem) is a free, open source and distributed software platform that is based on Internet technologies. It is designed to enable small and medium enterprises (SMEs), specifically, to create, integrate and provide services (both real world and software) more efficiently and more effectively.

It has been conceived so that SMEs can, at a minimal cost, bridge the digital divide that many experience when trying to offer their goods and services on the Internet.

In practical terms, this means that you can use the software available on the DBE to advertise existing product or service offerings, create new services and combine your own services with those of other SMEs to create new offerings. You can also integrate your own software with that of other SMEs on the DBE to enhance your business processes.

With improved and extended products and services, you can broaden your market reach; increase your B2C competitiveness and equally your B2B edge. 

Why is it called an Ecosystem?

It is called an ecosystem because we intend that both software and business models will develop varied forms as a result of adaptation to changing environments much like in nature’s ecosystem.

Why would SMEs participate in the DBE?

The DBE gives you unlimited access to software solutions that are designed to address the specific needs of SMEs. You can integrate existing applications with current business partners as well as find and combine applications and services with new partners. This enables you to extend your product and service offering, broaden your market reach, as well as find new and better suited business partners and suppliers.

If you do not have a web presence, the DBE can enable you to create an easy-to-use, flexible e-commerce environment.

How does it work?

You can access free web services that connects you to the DBE’s peer-to-peer 1 environment. From here, you can post your existing ‘real world’ products and services on the DBE. You can also connect with other SMEs to create new ‘DBE services’ (technical representations or ‘manifestations’ of real world services), combine your own product and service offerings with theirs and advertise all of these to other SMEs across the DBE. The DBE is built using Open Source principles, which means that there is no fee involved for software and anyone can develop or extend the system as they see fit.

What are the key technologies behind the sciCloud.net DBE?

The key technologies behind the sciCloud.net DBE are OpenSocial and Open Authentication (Oauth).  These technologies / standards are open and not proprietary.  Google has been one of the main drivers behind these open application programming interfaces (API) and below are few videos that give an in depth technical look at how these technologies work:

 

 

 

The European Union applies real world DBEs

The following link is an entire book you can download (http://www.digital-ecosystems.org/book/2006-4156_PROOF-DCS.pdf) that provides a very thorough study of how the EU applied DBEs in a number of niche markets within a number of diverse countries and economies giving the SME members of the DBE real competitive advantages. 

This stuff is not just theory but is a real world application of the principals of DBEs to very old fashioned businesses that were at a competitive disadvantage to the larger enterprises.  Implementation of these DBE’s have made a fundamental market shift to the positive for the DBE members.

The Next Step…

If you are interested in participating in sciCloud.net when it is released, please contact LabLynx, Inc here.  Please describe your interests and and someone will contact you to get you setup with the free account and will discuss your particular needs and objectives.  Remember, there is no cost to join this DBE and it is open to everyone including laboratories, government, software vendors and developers, individuals, academics, etc.  We look forward to working with you in your organization to help you get the most out of this new DBE for the Laboratory, Scientific and Health Industry.

Older Posts »

Categories