Everything you need to know about Medical Lab Management Software

Contents

If you’ve ever stepped into the testing laboratory of a large hospital, you would know that managing the lab. ’s operations alone is no small feat. The bigger a hospital gets, the greater the volume of patients it would have to handle. These patients would be prescribed a wide array of tests to detect various diseases. It could be blood glucose testing for diabetics, liver panel or lipid panel tests for assessing liver functions and cardiac risk, tests for thyroid functions, cultures for diagnosing infections, etc.

Needless to say, it is paramount to ensure that these tests are completed on time and the reports are delivered to the right patient. Collecting the samples, allocating resources, running the tests, generating reports, managing patient data, and handling the financial side require competent operational management and seamless workflows. That is where medical lab management software comes into the picture.

A medical lab management system or laboratory information management system (LIMS) is a kind of software used to manage operations at medical testing laboratories. It is one of the many types of software developed to optimize healthcare management activities. Pathologists at laboratories can use it to record, store, and manage all the data relevant to inventory, samples, and testing. It is an excellent platform for doctors to coordinate a wide array of medical testing for patients. The tests could be for blood chemistry, immunology, hematology, toxicology, etc.  OSP is a trusted healthcare software development company that delivers bespoke solutions tailored to your business needs. Connect with us to hire the best talent in the industry to build enterprise-grade software.

As the medical industry continues to ride the wave of digitization and technology, custom healthcare software solutions have improved. Digital platforms for healthcare workflows have proven their worth many times over when it comes to optimizing clinical activities and accelerating the speed of operations. However, using a physical pen and paper system instead of medical laboratory management solutions slows down the entire process and increases errors. It also brings up many additional problems like – 

A. Patient Data Privacy

Medical reports in physical documents and paperwork can be lost, misplaced, stolen, or accidentally handed to the wrong patient due to clerical errors. A LIMS system stores all reports digitally, which can be retrieved with a few clicks securely.

B. Greater overhead

Greater overhead is perhaps the most pervasive problem of using pen and paper-based systems. Printing and managing physical reports and documentation is bound to incur costs for printing paper, printer ink cartridges, and other office supplies.

C. Physical Storage

This is one of the more tangible problems associated with not using medical lab software. A laboratory at a large hospital would no doubt handle the tests of hundreds of patients every week. So, storing all the reports becomes a major hassle that the staff would have to put up with. The hospital would have to spend money safely storing the physical documents without compromising patient data privacy.  

D. Document Sharing

Filing physical medical reports of numerous patients and sending them across different hospital departments becomes difficult and cumbersome. Moreover, if doctors from different departments or hospitals need to collaborate on a particular case, getting printed reports to each of them is an added problem. It is a problem that medical laboratory billing software can overcome with a few clicks.

E. Correcting Errors

 If hundreds of medical reports are manually typed and filed, there will be a few mistakes. But if the mistakes are discovered after the reports are printed, it will lead to rework, re-printing, and re-filing.  

F. Environmental Concerns

The planet is in the midst of an environmental catastrophe. Subject matter experts around the globe concur that we are living through another mass extinction event. All of us need to do our bit to save trees, plant more of them, and limit our carbon footprint. The use of paper results in deforestation, which reduces carbon absorption from the environment. On the other hand, laboratory management system software almost entirely removes the need for paper.

G. No Integration

Another major disadvantage of using a pen and paper-based system for running medical labs is no integration. Integrated healthcare solutions enable various medical solutions to work together seamlessly at a hospital and optimize operations significantly. This, in turn, reduces overhead, improves clinical outcomes, and enhances the entire patient experience. Using a LIMS platform benefits the laboratory, doctors, and patients. 
To sum it up, a pen and paper-based system slows down things and opens the possibility of errors, increases operational costs, requires a bigger staff, and is ultimately bad for the environment. It is prudent to invest in robust clinical laboratory management systems.

A laboratory inventory management solution acts as one comprehensive platform to carry out all the laboratory processes. Operations at medical labs are all about samples taken from patients. The samples are obtained from patients based on the doctors’ prescription, labeled according to the tests to be performed, prepared the reports, and helped the staff deliver them to the right patient or doctor.  

The series of processes mentioned above have to be done the right way. For a hospital that sees several dozen patients each day, automation can go a long way in helping the staff ensure the smooth running of day-to-day activities. It removes the need for manual, repetitive tasks and frees up time and resources for the staff to focus on other matters. Here’s how a lab management software brings in automation in healthcare –  

1. Cataloging of Samples

When a blood sample arrives at a lab, a pathologist or a relevant professional registers it along with the patient’s data in the system. This process includes placing each sample with a unique identifier like a barcode that facilitates tracking throughout its lifecycle. The medical lab management software automatically generates the identifier, and the rest of the testing process begins after a proper process structure has been finalized. The LIMS system initiates a process similar to an assembly line, in which each pathologist has designated a role in the testing lifecycle of the sample. 

Testing a sample for diseases, enzymes, or other markers is an elaborate procedure, and the process structure is in place to track each step and every entity involved in the steps. These steps consist of securing relevant resources for the test, verifying the patient’s identity, filling up the relevant documentation, and linking the sample to the corresponding documentation through the identifier -as mentioned before – placed on the sample and the documentation.  

The data and metadata of all the steps mentioned above are stored securely on the laboratory application software. Access to the testing data is restricted to ensure the seamless but compartmentalized working of all the stages in testing. The laboratory information management solution has all the tools to ensure productive workflows, coupled with tracking and patient  monitoring at every step. 

2. Sample Tracking

It is no secret that a lab would have to regularly deal with several dozen samples. So, it becomes extremely important to track each sample across all stages of its lifecycle. Doing so with pen and paper is burdensome and highly prone to mistakes and process delays. Pathology lab management software allows lab technicians to schedule sample collection and sends notifications for preparing appropriately labeled test kits. After every sample is collected, the identifier is used to monitor its progression through various stages of its lifecycle. This would also include what test is being conducted, which station it is at, what freezer it is stored in, the time of storage, the time of the actual test, and so forth.

3. Sample Testing

Since medical laboratory software systems will be integrated with other devices, it will enable pathologists to direct the operation of the devices as per the requirements of the test. Moreover, the medical lab management software will also keep track of the status of the devices and notify the technicians and pathologists about the maintenance, calibration, and other necessities. A major advantage of a LIMS is that it ensures that no samples are tested in devices that are not adequately serviced.  

4. Testing Results Compilation

Any medical lab management software has reporting functionalities built-in. These must also accompany tools for auditing the tests to have quality assurance of each test. It is an elaborate procedure to ensure that the test was carried out properly and required by government regulation.  

The results of the tests are compiled according to established industry standards and prevailing regulations. The lab technicians and pathologists finalize them to be distributed to the patients or prescribing doctors. 

5. Data Storage

The results of the tests need to be stored for a certain period and on the patient’s electronic health records, which ensures that doctors can access the result of this test whenever necessary. With innovations in healthcare cloud computing, storage might also be on a secure cloud instead of on-premises. This eliminates the overhead necessary to maintain a storage server since a cloud offers the benefit of expansion whenever necessary, coupled with handling data security. 

The stages that a sample undergoes throughout its existence at a medical laboratory are streamlined using laboratory information management software. It boosts the efficiency and productivity of the operations and goes a long way in reducing overhead. By minimizing the need for human intervention, lab inventory systems also minimize the chances of errors, misreporting, sample misplacement, delays, and other problems. Implementing a software platform to run a pathology lab is not an expense but a prudent investment.    

1. Data Security and Privacy

Laboratories have confidential and sensitive data, including research findings, patient information, and proprietary knowledge. Any data breach can have serious consequences, compromising integrity and leading to a loss of reputation. Compliance of hospital lab software with data security regulations such as HIPAA and GDPR can safeguard sensitive patient information against unauthorized access, data breaches, and cyber threats. 

2. Interoperability and Compatibility Issues

One of the most common challenges in implementing software solutions in laboratories is ensuring seamless compatibility and interoperability with different systems. Mismatched data formats, incompatible APIs, or hardware limitations also create obstacles in the data exchange process. Addressing interoperability challenges to facilitate seamless data exchange and integration with external systems like EHRs and billing systems is the only way to support coordinated patient care and information sharing. 

3. Workflow Optimization

Workflow optimization can be a significant challenge in diagnostic lab management software. Coordinating sample processing, result interpretation, and reporting efficiently is complex and requires precision. To address this, software should offer customizable workflow templates, automated result tracking, and seamless integration with instruments. Addressing this challenge optimizes laboratory workflows, streamlines test processes, and reduces turnaround times while maintaining accuracy, quality, and regulatory compliance. 

4. Cost and Budget Constraints

Healthcare laboratories often operate on a tight budget. Acquiring and implementing new software solutions can be a significant financial burden. Moreover, ongoing maintenance costs and software updates are also additional expenses that must be considered. To overcome budget constraints, laboratories should conduct a cost-benefit analysis, consider open-source software options, or negotiate flexible payment plans with vendors. 

Medical lab management software has multifaceted applications. It is used in clinical laboratories, research laboratories, public health laboratories, biorepositories, and reference laboratories, among others. Clinical laboratories manage diagnostic testing, specimen processing, and result reporting for patient care across various medical specialties. Research laboratories support research activities, data management, and collaboration. Public health laboratories monitor infectious diseases, conduct epidemiological studies, and manage population health data. Biorepositories track biological samples and genetic materials for biobanking, genomic research, and clinical trials. Reference laboratories provide specialized testing services and expert interpretation for complex medical conditions.

Medical testing labs have to deal with a wide array of tests on an equally large number of blood samples. The samples are bound to be handled by multiple pathologists and technicians throughout their lifecycle, and keeping track of each stage is paramount. This is where a good lab-inventory management solution helps administrators streamline management activities. Every such software has three main types of components – Sample tracking, process implementation, and storage management. 

Each of these components works in tandem to ensure a seamless process flow of the entire testing lifecycle. Let’s explore those components in detail –  

i. Sample Tracking

As the name indicates, this module of lab inventory management software enables administrators to track a sample throughout its entire lifecycle of existence at the lab. From the moment the sample is collected from a patient to the time its results are generated, the sample tracking functionality offers a bird’s eye view of the sample’s progression.  

The tracking includes storing all the data relevant to the sample, such as its identifier, patient’s name, date, and other biochemical information. As it moves forward along the stages of testing, additional data is generated. This module also records that. This includes the resources used for testing, the results, and other relevant metrics. Additionally, lab management software also helps keep track of other data, such as the pathologists or technicians who handled each sample, which testing station it was placed at, what stage of the test, etc. 

ii. Process Implementation

This is a major component of any medical lab management software. This ensures that every person handling samples follows all the operating procedures, protocols, and rules. This is extremely important since the results of every test have to be foolproof, as an error might end up in a doctor prescribing the wrong treatment to a patient. All the processes at a lab are established industry standards that a lab management software needs to be able to implement.  

In addition to ensuring all protocols are followed, a module to implement processes, by definition, also needs to be able to assess a sample and designate it to a procedure. Each sample arrives for one specific test or a whole range of tests. Based on what test needs to be performed on which sample, the software solution will assign it to the appropriate series of steps for the required test.  

This module is extremely helpful for clinical research and helps the researchers streamline the processes. Research needs to follow strict guidelines and protocols to obtain definitive results, and deviation from established norms could throw the readings off and affect everything that comes next. 

iii. Storage Management

This is also one of the most important aspects of a medical laboratory management solution. As the name suggests, it designates places to store each sample throughout its testing lifecycle. Additionally, it also keeps track of where every sample is stored, in other words – which freezer or cold storage, what shelf or slot, and so on. Needless to say, this enables smooth operations at laboratories, better management of samples, and faster storage and retrieval of every sample.   

Any competent laboratory solution has a broad array of features that enable the team of pathologists to run day-to-day operations smoothly. So, if you’re a lab technician or an administrator looking to invest in a relent software, there are a few functionalities that you must look out for. Let’s discuss some of them in detail –  

1. Laboratory Information Management System (LIMS)

A Laboratory Information Management System (LIMS) is the most significant feature of diagnostic lab management systems. centralizes and streamlines multiple aspects of laboratory operations. The system helps you to effectively and efficiently manage samples and associated data. It stores all the data that is accumulated in a laboratory daily and automates data exchange while fully integrating all instruments. By using LIMS, you can automate workflows and standardize operations by maintaining workflows, tests, and reporting procedures. An effective LIMS enables both easy record-keeping and reporting, thus eliminating the risks of human errors and improving the overall turnaround time.

2. Inventory Management

A medical diagnostics laboratory needs certain supplies and raw materials to run tests on samples. Laboratories at large, urban hospitals often need to deal with hundreds of samples every week. So, it stands to reason that it would need an effective means of managing its inventory of the required raw materials. In addition to that, it would also include hardware equipment for the lab and also things like test tubes. The best part about the laboratory inventory function is that it alerts pathologists if certain raw materials are approaching expiration. 

3. Patient Portal

This is a highly useful, built-in patient engagement system within laboratory software. It enables the patients who’ve given their samples for testing to look up their results online. They can log in from any location, check the results, and even get a printed copy.  

4. Analytics

Data analytics has helped every industry grow to newer heights and boost productivity. Similarly, medical informatics has also empowered the healthcare industry to assess historical and current information to understand its operations better. This is extremely helpful in laboratory operations, as it highlights the performances of each activity, reveals turnaround times, and harnesses useful insights. These can then be used to make informed decisions regarding management and everyday operations and improve overall productivity. 

5. Staff Management

Just as any organization needs an efficient means of managing its human resources, medical labs also require a digital platform to manage their staff. An online lab management system offers a comprehensive platform to handle the staff, from establishing work schedules to assigning tasks and tracking the same. Moreover, administrators can use such a solution to track the progress of all the tasks assigned to every pathologist or technician.  

6. Test Management

The entire process of testing that begins with collecting a sample and ends with the results can be elaborate. It will involve multiple activities that need to be carried out properly. A digital solution for managing a laboratory can help pathologists streamline the process of testing and monitor every stage. A lab software with a test management feature helps administrators determine the progress of any stage of every test with a few clicks.  

7. Integration

This is rapidly becoming a must-have for more or less every type of healthcare technology. Whether it is a large hospital, a small clinic, an ambulatory care center, a medical testing lab, or even a veterinary clinic, it’s got to use digital solutions to run day-to-day operations. These could range from appointment scheduling to medical billing, EHR, medical documentation and medical coding, etc. So, a laboratory software platform needs to integrate with all the other medical software and work seamlessly together. Furthermore, lab management software would go a long way in enabling telehealth services if integrated with practice management solutions and advanced telehealth solutions. Electronic data interchange between various medical solutions provides a comprehensive system to manage multiple workflows and boost productivity.   

8. Digital Security

Any organization handling patient data needs to have a certain degree of digital security measures in its software. Regulations like HIPAA (Health Insurance Portability and Accountability Act) stipulate a minimum level of cybersecurity, which is bound to incur steep penalties and even jail time. So, a medical lab solution must feature adequate security measures to ensure the safety and privacy of patient data. 

9. Document Management

As the name indicates, this feature acts as a consolidated repository for all the documentation related to laboratory operations. These can include all the necessary files to run and monitor testing processes, inventory, reports, test results, etc. Moreover, this feature is also highly useful for carrying out clinical research based on historical and current information and newer ones focusing on diseases and cures. The ability to store, retrieve and manage documents from a single interface streamlines many processes and improves overall administration.   

I. Regulatory Compliance

Laboratory activities have to be carried out in strict accordance with regulations. This should come as no surprise since it is a matter of people’s health, and mistakes could have serious implications. Multiple regulations stipulate several practices at laboratories. Complying with laws is one of the biggest advantages of using a laboratory software system. Guidelines like HIPAA, GLP, and CLIA can be easily followed, and the activities are recorded using a reputed laboratory application.  

Activities like tracking samples, managing patient data, tests, and corresponding reports are required by various regulations, depending on the state. A solution for lab management has features built-in to accommodate any compliance requirements.  

II. Reduces Overhead

This is perhaps the most common advantage of using a digital solution to manage operations in every industry. This holds for every kind of healthcare organization. Whether it is a dentist’s office, a veterinary clinic, a hospital, an ambulatory care center, or a medical testing laboratory, a digital solution reduces operational overhead. 

Using pen and paper would need more staff, not to mention office stationery and physical infrastructure to store all the documentation and reports. In addition to that, managing all the documentation about inventory, samples, patient information, and finances would require a team dedicated just to this job. Moreover, auditing the workflows, assessing efficiency, and making changes to tasks would need elaborate planning, team management, and decision flows.  

A laboratory software platform eliminates the need for extra staff to handle documentation flows, task assignments, and finances. It offers a digital interface where managers can carry out workflows with a few clicks. In other words, it enables a laboratory to do more with fewer resources.

III. Customizable Functionality

The very laboratory would have varying activity and process flows. Despite the chemical and biological processes of testing being the same, the day-to-day administration of labs is bound to be different. In light of this, a digital solution to manage a laboratory adaptable to existing workflows helps the staff acclimatize faster. But it depends on the specific solution developed by certain companies. Not every such solution is customizable. Pre-built ones can’t usually be tailored to meet the requirements of specific labs, but they are relatively cheaper.  

Conversely, a custom-made solution for a specific lab can meet all the unique requirements. But it is bound to be more expensive, and the lab would need to spend a little more on implementation and staff training. 

IV. Scalable

This is another advantage of using a software platform to manage laboratory operations. As the name indicates, software needs to be able to scale to adapt to evolving requirements. A lab might begin by offering a few services initially but later grow to add more tests to its portfolio of services. This growth is accompanied by additional workflows, staff, documentation, and overall functionality. A laboratory solution needs to be able to keep up with the changing demands. If this condition is not met, the lab administrators would be forced to invest in newer software each time they scale. This will cost more in terms of money and time, as the staff would need a few days to get used to it. A scalable solution allows for more functions to be added without too much additional investment and wouldn’t demand any staff re-training.

V. Fewer Errors

A digital solution takes out the manual pen and paper from the usual activities at any organization. This has the immediate effect of reducing the human element from those activities, and the result is a significantly lowered chance of human error. The same applies to operations at medical laboratories. As labs at large hospitals tend to work with several dozen samples each week, carrying out the relevant documentation, resource allocation, accounting, audits, etc., by pen and paper is bound to result in mistakes. 

A laboratory software platform takes away much of the manual, repetitive human intervention and replaces it with digitized workflows. So this minimizes the chances of errors in any of the activities, leading to smooth, seamless operations.

VI. Streamlined Operations

Using a pen and paper manually to carry out operations is inherently inefficient as it involves managing the physical paperwork. Moreover, activities like auditing, task assignment, resource allocation, and staff management would all be time-consuming and prone to errors if done manually. Additionally, keeping stock of all the chemicals, reagents, and raw materials for testing and ordering new ones after the old ones have reached expiration can be easily done using a digital laboratory platform. So, a software solution goes a long way in optimizing operations, increasing work speed, and boosting overall productivity. Things that needed handling physical documentation can now be done through a digital interface in a few clicks.

1. Telemedicine and Remote Patient Monitoring 

 Telemedicine and remote patient monitoring are revolutionizing healthcare delivery and medical laboratory technology. Patients can now easily submit samples and data remotely for analysis, eliminating the need for in-person consultations. With telemedicine and remote patient monitoring integrated with laboratory reporting software, it is easier for healthcare providers to adapt to remote workflow management while prioritizing data security and accuracy, delivering optimal care, and staying ahead in the field. 

2. Point-of-Care Testing 

Point-of-care testing is making hospital lab management software technology more accessible to patients. This trend entails conducting tests and receiving the results rapidly, often at the bedside or in outpatient settings. POCT can be particularly useful in emergency settings, where a quick diagnosis might be lifesaving. As POCT becomes more integrated into healthcare delivery systems, medical laboratory technicians may be called upon to oversee and execute it. Learning about POCT, particularly quality control and data administration, is increasingly important. 

3. Next Generation Sequencing (NGS)

The study of genetics has made significant advances in recent years, and NGS is at the forefront of these discoveries. Next-generation sequencing enables researchers to examine DNA and RNA with unparalleled speed and cost-effectiveness. This technology has modified genetic testing, allowing for the detection of uncommon genetic illnesses and individualized treatment strategies. Staying updated with NGS techniques is of utmost importance in laboratory equipment management, as they continue to play an important role in precision medicine and genetic research. 

4. Precision Medicine 

 The benefits of precision medicine make it significant in the field of healthcare. The objective of precision medicine is to make the diagnosis of disease, treatment therapies, and prevention more personalized, proactive, predictive, and precise, and that’s why it is said to be the future of healthcare. It enables healthcare professionals to provide treatment plans to patients based on a genetic understanding of the patient’s disease. Each individual goes through unique genetic changes that need to be addressed differently, and that’s where precision medicine plays its part in creating personalized treatment plans.

a. Customized Vs. Pre-Built

This is a major factor in deciding the software you might select. A pre-built laboratory software would most likely have many of the standard features required but not all needed for your particular lab. Also, a pre-built solution is suited for laboratory operations in general and cannot be altered to fit differing workflows. Additionally, implementing this type of software would result in some changes to the working styles and time for the staff to get acquainted with it. But it is relatively cheaper compared to custom-built software. 

As the name indicates, custom healthcare software will be made specifically for a laboratory to match its operational flows. It is bound to be more expensive since it was designed and developed for one specific organization. But on the upside, it would match the existing workflows and not need the staff to spend time and resources to get used to it. So, it all depends on the requirements of your laboratory. If a pre-built software is in sync with your organization’s workflows, you can go ahead with it. If it diverges too much, you are better off going for a custom-built solution. 

b. Vendor Support

This is one of the most important factors to be considered while looking for laboratory software. There are bound to be glitches or problems throughout the software’s lifespan. It is up to the company selling the software to provide timely support and updates to ensure smooth operations. Vendor support will help resolve issues and grievances promptly, minimizing disruptions to the laboratory processes. Choosing a vendor with a strong support infrastructure is essential for long-term success in implementing laboratory software.

c. Time to Implement

A new software system will need time to be implemented and deployed in an organization, and this will cost money and employee working hours, which could’ve been spent working. So, it is necessary to know how much time it would take for laboratory software to get set up and running, as too much time would affect operations. Adequate planning and coordination among all the stakeholders is important to minimize disruption to operations during the implementation process. It is advisable to work closely with the lab billing software provider to develop a detailed implementation plan and timeline, ensuring a smooth transition and efficient utilization of resources.

d. User-Friendly Interface

This holds for all kinds of software. A laboratory inventory management software must be easy to use and not require the staff to spend too much time getting used to its interface. Lab work is delicate, and the results have serious health implications for the patients. So, the staff does not feel that the solution is too troublesome for use. Software with a difficult user interface affects workflows and staff productivity. So make sure to research the laboratory solution before you decide to buy one. Look up the reviews of other customers and try to visit a lab where it is in use. This should give you a fair idea about the solution.   

e. Cloud-based Vs. On-Premises

A cloud-based solution would not need to be installed on the computers in the lab. Moreover, all the software storage and processing parts would be handled off-site in a data center. So you won’t have to invest in expensive hardware, physical infrastructure to manage the storage, or even a dedicated IT support staff. But on-premises software would need relevant hardware, which might require additional investment. So it all depends on how much you’re willing to spend. Take some time to figure out the cost factor before making a decision. 

Investing in a new laboratory software might seem daunting at first, and it is highly advised to take some time to assess your requirements before spending on a solution. If you face difficulty, do not hesitate to hire an IT consultant or even request the company to send over an expert to see if their software can match your requirements.  

i. Features

The number of features you include directly determines the cost of development. The more features, the greater the time it would take and the bigger the team you would need to build it. 

ii. Third-Party Integrations

This is one of the most important aspects of developing health tech. Ensuring that software can integrate with other clinical software will impact the development costs. 

iii.Compliance

Medical technology needs to comply with certain regulations. Depending on the features and services, your software will have to comply with existing regulations, which will add to the development cost.  

iv. Location of Development Teams

Teams located in North America or Europe will cost you more than teams in Asia. However, depending on the skill and experience of each member, you might have to hire a team composed of developers from multiple locations.

Digital Lab Management Software Systems are integral to smooth operations at medical testing labs. As the healthcare industry continues to digitize and newer technologies emerge, laboratories need to keep up with the changes. With innovations in remote patient monitoring systems and telehealth emerging fast, digitizing your laboratory has become necessary. Laboratory quality control software plays a pivotal role in transforming laboratory operations and improving healthcare outcomes in different types of laboratories. These solutions streamline sample tracking, ensure regulatory compliance, and optimize inventory management, taking care of the diverse needs of healthcare organizations through features like LIMS, and inventory management, among several others. By embracing modern trends like telemedicine, point-of-care testing, next-generation sequencing, and precision medicine, healthcare providers are now able to provide personalized, proactive, and precise care to patients. As the healthcare industry continues to evolve, investing in robust medical lab management software is now more relevant than ever. If you are looking for customized medical lab management software, get in touch with the experts at OSP to get a tailored solution as per your organization’s needs.