#Laboratory Information Management Software

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Automate your Diagnostic lab to generate Pathology and Radiology patient reports online in your hospital or clinic with the best cloud-based Lab Information Management system software.

[amplelogicpharma]

Revolutionizing Pharma Manufacturing: Unveiling the Benefits of LIMS Software

Are you curious about the secret behind the seamless operations in pharmaceutical manufacturing? Look no further! The key lies in the powerful Laboratory Information Management System (LIMS) software, transforming the industry with its multitude of benefits. Let's dive into the world of LIMS and explore how it's reshaping pharmaceutical manufacturing.

Efficient Data Management: LIMS acts as the digital brain of pharmaceutical laboratories, organizing vast amounts of data effortlessly. With streamlined data management, information becomes easily accessible, reducing the time spent searching for critical details.

Streamlined Workflows: Imagine a ballet of precision – that's what LIMS does for laboratory workflows. By automating and standardizing processes, it minimizes manual errors and ensures a consistent and efficient production cycle. The result? Increased productivity and reduced operational bottlenecks.

Enhanced Quality Control: In the pharmaceutical realm, quality control is non-negotiable. LIMS plays a crucial role by monitoring and managing data related to product testing. This meticulous oversight ensures that each batch adheres to stringent quality standards, minimizing the risk of defects and ensuring product excellence.

Regulatory Compliance Made Easy: Navigating regulatory requirements can be a challenge, but not with LIMS by your side. The software provides robust documentation and audit trails, simplifying the process of regulatory compliance. Say goodbye to stress during inspections and audits!

Data Traceability and Accountability: Ever wished for a magic wand to trace the journey of a product? LIMS grants that wish by offering comprehensive traceability. Track the history of each sample or product, supporting investigations and ensuring accountability throughout the production process.

Enhanced Collaboration: Communication is the key to success, especially in a bustling laboratory environment. LIMS fosters better collaboration by allowing different teams and departments to access and share data seamlessly. It's like having a digital bridge connecting every aspect of your operation.

Resource Optimization: LIMS isn't just efficient; it's also a master optimizer. By automating repetitive tasks and reducing manual labor, it enhances overall operational efficiency. This optimization leads to cost savings and improved productivity – a win-win for pharmaceutical manufacturers.

Real-Time Monitoring and Reporting: Say goodbye to waiting for reports. LIMS provides real-time monitoring and instant reporting, allowing quick responses to any deviations. Proactive decision-making becomes the norm, ensuring that any issues are addressed promptly.

Data Security and Integrity: Protecting sensitive data is a top priority in the pharmaceutical industry. LIMS ensures data security through user access controls and audit trails, maintaining the integrity and confidentiality of critical information.

Adaptability and Scalability: As your pharmaceutical enterprise grows, so do your needs. LIMS is designed to adapt and scale with evolving requirements, providing a future-proof solution for expanding operations.

In conclusion, LIMS is not just software – it's a strategic investment for pharmaceutical manufacturers aiming for operational excellence, product quality assurance, and regulatory adherence.

To gain a more in-depth understanding of our LIM Software, request a demonstration at: Click here to Request Demo.

[conferclinic]

Cloud-based Clinic / Hospital Management Software

Experience the best cloud-based clinic / Hospital Information Management Software with ConferClinic's cutting-edge SaaS platform.

Our comprehensive solution seamlessly integrates LIMS, Electronic Health Records (EHR), and efficient patient management, all within a user-friendly interface.

Embrace a paperless future and elevate your clinic's performance, tailored for healthcare providers worldwide. It caters to the needs of clinics, hospitals, labs, and doctors offering top-notch clinic management features and medical diagnostic software.

Discover the power of ConferClinic today and simplify and streamline your healthcare practice with ease!

[jessenholmes60]

Cloudlims Lite Laboratory Data Management Software By

Members of the LMA research group can discover specific ELN help services on our "ELNs at LMA" page. The content of our website is at all times obtainable in English and partly in other languages. Choose your preferred language and we will show you the content material in that language, if available. Using our proprietary WaterTrax formulation builder tool, all calculations mechanically run, freeing up time from manually processing complex calculations. These capabilities will enable you the customization and adaptability needed to get essentially the most out of your information management system. The software can help automate repetitive duties, scale back guide data entry, and get rid of errors attributable to human error. This, in flip, can help you focus on more essential tasks and improve your productivity. Another crucial characteristic of laboratory data management software is the power to research and report on data. LABWORKS is probably the most strong, flexible, and accessible LIMS data management software for your laboratory. Clinical researchers and laboratory technicians need a reliable LIMS with the flexibleness to step by way of advanced workflows such as next generation sequencing, pathology, microarray, and qPCR evaluation. Implementing LIMS software and integrating with industry-leading data analytics instruments and technologies can enhance lab throughput, quality, and productivity to advance your research. The lab software tracks samples, aggregates research data and ensures laboratory operations adjust to varied requirements and regulations. We searched and searched, but we couldn’t discover any products in our database that match your criteria. Additionally, a LIMS is most helpful when coping with voluminous data that requires batch analysis and repetitive every day operations. It additionally covers varied compliance standards, serving to laboratories keep their regulatory, security and privateness standards. It is often utilized in automated testing of applications, but just lately it is used for business processes as nicely. RPA may be programmed in a way to carry out the perform of laboratory middleware. More importantly, it can be used for follow-up data processing, such as data extraction, data formatting, and reporting. Inaccurate or incomplete data can result in defective conclusions, which might have serious implications for research and growth. With the vast quantity of knowledge generated in a laboratory, it can be difficult to keep monitor of all the data accurately. While Labworks easily configures your lab’s particular needs, Labworks has additionally incorporated into its DNA many industry and lab best practices that can instantly enhance your lab operations. Our group of consultants will work carefully with you and your team to make sure Labworks meets your quick and long-term needs. Labs usually waste storage space on old shares from the earlier project because of poor inventory management. Accessible by way of web or cell, Labworks’ LIMS may be hosted within the cloud or by way of traditional in-house or third-party internet hosting. Whether you want automated functions that you can set and neglect, or if you’re in search of a totally self-serve choice, our highly effective software can do it all. All relationships and metadata are captured, enabling customers to work with data in context. For research labs similar to molecular biology and preclinical in addition to downstream research labs. Core LIMS software works with instruments and consumables from the distributors you choose. laboratory data management software Then, when other customers scan the pattern, they've all the necessary information. After understanding the capabilities of LIMS software, lab managers must distinguish which system is suitable for their operations. The LIMS software staff at LABWORKS compiled a list of things to consider when considering pattern management software so as to make the most effective decision. These options enable SDMS to efficiently manage heterogeneous data, streamlining laboratory workflows and data management processes. In the trendy healthcare landscape, laboratory data management system reporting has turn out to be a key side of laboratory information software. The software should be straightforward to use for researchers of all ability ranges, without requiring extensive coaching or technical expertise. In the following sections, we are going to discover the options, advantages, varieties, and elements to assume about when choosing laboratory data management software. By the tip of this text, you will have a greater understanding of how laboratory data management software can help you streamline your lab operations and obtain your research objectives. Additionally, laboratory data management software might help to reduce back errors and data loss. With automated data entry and storage, there's much less danger of human error in recording and storing data. Furthermore, with common backups and safe storage, the chance of knowledge loss because of system failures or different issues is minimized. Labs must manage lots of inventories and release time by investing in LIMS software. With the software, labs can find out about all inventory gadgets within seconds. When considering a software solution, it’s a good idea to take your time with the decision-making course of. It’s completely cheap to spend even weeks researching completely different systems before choosing the one that most closely fits your group. This can save significant time and effort, as researchers not want to go looking by way of multiple systems and even bodily information to search out the data they need. By choosing laboratory data management software with these options, researchers can streamline their data management processes and achieve their research targets extra effectively. The laboratory data management software should have a user-friendly interface that's simple to navigate. This contains easy data entry forms, intuitive search functions, and clear data visualization tools.

[hyllesteddeleuran14]

Page 2 Of 3 High Clinical Trial Management System

In November 2021, a clinical endpoint know-how chief, ERT, merged with Bioclinica to form Clario. This enabled the company to deliver technology-based therapeutic area solutions to satisfy clinical trial objectives. National Library of Medicine in 2020, the pandemic resulted in delayed subject enrollment and operational gaps in most ongoing clinical trials. Globally, most websites conducting clinical trials other than COVID-19 were discovered to experience delays in timelines. In some cases, clinical trials were discovered to achieve an entire halt of operations, thus impacting clinical research outcomes. This website is using a safety service to protect itself from on-line attacks. There are a number of actions that might set off this block together with submitting a certain word or phrase, a SQL command or malformed data. Use this free research protocol template to develop a research protocol, which will function the primary main milestone in developing a clinical trial. With its easy, guiding directions, this template will help you think via and develop all aspects of the clinical trial in knowledgeable, easy-to use format. By making clever connections between your wants, our capabilities, and the healthcare ecosystem, we may help you be more agile, accelerate results, and improve patient outcomes. Veeva Snap allows customers to easily scan paperwork immediately into Vault from an iPhone or iPad. With the snap of a button, paperwork are encrypted, secured, and automatically uploaded to your Vault. For occasion, in December 2020, Environmental Response Team (ERT), a world company specializing in clinical companies, introduced the launch of data insight to enhance the study effectiveness and effectivity. Moreover, in January 2020, Veeva, a cloud computing company, introduced the launch of veeva vault payment software, which is an utility used for veeva vault CTMS. Growth in number of clinical trials and improve in number of key gamers to develop superior clinical trial management system (CTMS) solution drive growth of the market. Advancements in technology particularly medical sciences have made entry to healthcare extra reasonably priced. With increasingly number of individuals opting to get treated, clinical trials have began to become complicated. clinical lab workflow management software True risk-based approaches require real-time data to anticipate, detect and mitigate danger. Ennov CTMS offers dashboards that unify information to clearly current standing, progress, dangers, and outliers. Reduce effort and time with automated calculations and notifications and remove a quantity of guide processes. Lightning Sync keeps your e mail inbox, mobile system, and Salesforce calendars in sync seamlessly. Add rich context to each assembly invite and contact inside Outlook or Gmail with no effort required.

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Optimizing The Lab Workflow With Pathology Lis And Lims

LigoLab accomplishes this by providing its customers stable and supported variations of the platform in a Production Environment, whereas also sustaining two additional environments. Having control of those paperwork is important to ensure the quality of labor and compliance with national and worldwide standards. With SimplerQMS, you presumably can take full management of your laboratory paperwork, work more effectively and make compliance easier. Moreover, having control of your documents is crucial to realize quality and compliance with all requirements. Consisting of sixty three credit, the program includes programs such as hematology; immunology/immunohematology; urinalysis; clinical microbiology; parasitology/mycology; clinical chemistry; blood banking. The AMA is dedicated to serving sufferers and physicians with probably the most current medicine. In order to realize these goals, the AMA recognizes that jurisdictions should undertake this drugs. However, traditionally adoption has faced a variety of obstacles, typically varying region to area. These rules and actions are strung collectively as decision help bushes by the automation engine that resides throughout the suite of functions. A medical take a look at is a procedure that is carried out to detect, diagnose or monitor diseases, illness processes, susceptibility or to determine a root cause of illness. Medical exams relate to clinical chemistry and molecular diagnostics and are typically performed in a medical laboratory. Careful laboratory doc management management with a modern electronic system is essential to compliance and high quality. The solution allows physicians to coordinate a big selection of medical checks for patients, making certain seamless workflows, improved clinical outcomes, and an enhanced patient expertise. By streamlining the complete strategy of managing samples, operating exams, producing reports, and managing patient data, a medical laboratory management software enhances efficiency and reduces the potential of clinical errors. Integrating medical lab management software with other systems helps providers, lab technicians, and administrative employees. The medical laboratory management system that OSP can build will include custom APIs that facilitate integration with third-party health software. Integration with digital well being records and a patient engagement system permits docs to retrieve test results and replace patients’ health information with a quantity of clicks. Moreover, patients, too, would be in a position to view their check results because of seamless connectivity between laboratory software and other platforms. You can filter outcomes by user evaluations, pricing, options, platform, region, support choices, integrations, and extra. For occasion, implementing LIMS software in a study laboratory can include testing portals for researchers at different areas. This factor alone permits labs to grasp all the complexities launched in the research fully. On the other hand, labs can re-qualify reagents following Quality Control tips by batching materials for enhancing and set a brand new requalification date. In any case, the pattern tracking system will fully report every step taken alongside the audit trail for a detailed check history. A LIMS can cause a direct increase in revenue, particularly with labs that cost for their providers. Healthcare software product development has unveiled a variety of solutions to streamline medical operations. As the name suggests, automated healthcare solutions take away repetitive handbook activities from workflows and allow the software to operate with little to no human intervention. Moreover, utilizing medical informatics and healthcare analytics solutions offers insights into operations. These will be mirrored in real-time on the dashboard enabling managers to make knowledgeable choices about workflows for higher effectivity and productiveness. An additional benefit of getting medical software hosted from the cloud is the convenience of integration, especially for smaller clinics. For instance, lab managers could arrange fridges, freezers, and other storage spaces in varied ways. However, researchers could not understand how each store is organized and how shelves are allotted earlier than opening a storage area. The search for available house wastes time and causes scientists to open and shut freezer doors unnecessarily. best laboratory information system software Access to the instrument data can generally be regulated based mostly on chain of custody assignments or other security measures if need be. As data management vendors, we will customise your LIMS software to replicate your lab’s brand, as well as embrace the key options you need (or remove those that you don’t). At Labworks, we've pioneered correct and efficient lab data management since 1985. Today, our Laboratory Information Management Systems are your lab’s most sturdy yet simple-to-use data management solutions. Learn why we’re the chief in LIMS software by way of a free, no-obligation demo.

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Laboratory Information Management Systems Lims For Genomics Labs

“PDES” has typically utilized to a wider scope, including, for example, virtual manufacturing techniques, whereas not essentially integrating with laboratory gear. LIMS is a database management system that stores laboratory informatics and helps all disciplines. The disciplines where it's more common are pharmaceutical tracking, medical, surroundings monitoring, and high quality assurance labs. For instance, LabWare Technologies collaborated with the National Health Service to provide laboratory management software to healthcare settings across the UK. These superior technologies have enabled laboratories to streamline their operations, cut back prices, and increase productivity. Easy-to-use and adaptable to your organization’s wants, the STARLIMS model of lab informatics solutions help the quickly changing data management needs across your organization. Our laboratory information management options (LIMS software) can combine along with your present systems, whereas additionally identifying alternatives to improve processes so you possibly can deliver prime quality and secure products to market quicker. A laboratory information management system (LIMS) is a software resolution designed to streamline laboratory management by bettering laboratory information systems. The system keeps track of all data related to experiments, check outcomes, samples, devices, and lab workflows. As nicely as standardizing information and procedures, a LIMS additionally supplies management. Today's enterprise setting places many calls for on technical managers and company executives. Our LIMS software EVOLUTION is uniquely designed to provide safe and auditable access to all pathology data referring to a affected person from a single central level, anyplace, at any time. Through our LIMS software, greatly improved multi-disciplinary working may be achieved through the interconnectivity of knowledge throughout departments in a single web site, or across a number of websites in a single organisation. Companies around the globe combine crucial business systems like LIMS with MasterControl course of management options. LIS is usually extra patient-centric and is used to administer clinical diagnostic testing inside hospitals. lab inventory management system We've added some new performance to the platform, to have the power to address certain customer needs based on their feedback. We also add new modules onto the system to have the ability to address key wants in the labs that are under-served. And a type of modules is one thing known as the Work Assignment and Planning module, which is brand new for the eight.4 release. We cater to numerous kinds of laboratories from biorepository specimen management banks, to clinical and diagnostic labs, to general research and manfacturing laboratories, and we have an answer for all of them. We also have an oil and fuel accelerator as nicely, for refining manufacturing and chemical manufacturing. In this interview, AZoM spoke to Robert Voelkner, VP of Sales and Marketing at LabVantage at Pittcon 2020 about the functions of LabVantage's laboratory information management systems (LIMS). Many of these applications are designed for the biotech business and embrace specialized tools. Here we are going to discuss what LIMS are and do, some well-liked choices, and the method to determine whether or not your biotech startup is ready for this improve in data organization and safety. In today’s healthcare area, laboratories require a devoted LIS and dedicated vendor assist to administer the complexities and regulatory nature of lab testing. A LIMS permits a laboratory to administer each logistic and analytical data, along with having the ability to interface with company reporting software, instruments and a bunch of other software modules. The LIMS has become a necessity for both small and huge companies to allow its users to acquire, retailer, manage, retrieve and report laboratory data. For occasion, users have reported occasional points when attempting to import a large amount of data, because the system can be sluggish, or the import may fail. Additionally, some users have reported that the search operate could occasionally fail to find all paperwork. Despite these challenges, Labguru remains a traditional cloud-based platform that gives an all-in-one answer for managing lab operations and research data. This web site is using a security service to guard itself from online assaults. There are a quantity of actions that would trigger this block together with submitting a sure word or phrase, a SQL command or malformed data. When you undertake LIMS application growth, it’s needed to hire a team of various software developers and other specialists. QATrax is the LIMS of selection for so much of companies as a outcome of it provides a selection of options and benefits. Finally, you should also think about the assist options offered by the LIMS vendor. The Science for Life Lab carried out a LIMS to deal with growing sample volume in multiple labs.

[scispot]

Streamlining Research Efficiency: The Power of LIMS Systems for Small Laboratories

In today's scientific landscape, small laboratories face numerous challenges when it comes to managing research processes effectively. Limited resources, manual data entry, and cumbersome workflows can hinder productivity and the ability to maximize research efficiency. However, with the advent of Laboratory Information Management Systems (LIMS), small laboratories now have a powerful tool at their disposal. In this article, we will explore the benefits of LIMS systems for small laboratories and how they can significantly enhance research efficiency.

Understanding LIMS Systems

Laboratory Information Management Systems (LIMS) are software platforms specifically designed to streamline laboratory workflows, data management, and regulatory compliance. LIMS systems serve as a central hub for managing and organizing various laboratory operations, including sample tracking, data storage, experiment management, and result analysis. With LIMS, small laboratories can automate manual processes, reduce errors, improve collaboration, and achieve higher levels of research efficiency.

Benefits of LIMS Systems for Small Laboratories

Efficient Sample Tracking and Data Management: One of the key features of LIMS systems is their ability to track and manage samples throughout their lifecycle. LIMS provides a centralized database where researchers can easily log and track samples, ensuring proper labeling, storage, and retrieval. Moreover, LIMS systems enable automatic data capture, eliminating the need for manual data entry, reducing errors, and improving data integrity. This streamlined sample tracking and data management significantly improves research efficiency and saves valuable time for laboratory personnel.

Workflow Automation and Standardization: LIMS systems allow small laboratories to automate repetitive tasks and standardize workflows. Researchers can create customized templates for experiment protocols, data entry forms, and result analysis, ensuring consistency across experiments and reducing variability. By automating routine processes, LIMS systems free up researchers' time, enabling them to focus on more critical aspects of their work, such as data analysis and interpretation.

Improved Collaboration and Data Sharing: LIMS systems enhance collaboration within small laboratories by providing a centralized platform for sharing data, protocols, and results. Researchers can access and share information in real-time, which facilitates effective teamwork. Moreover, LIMS systems allow secure data sharing with external collaborators, enabling seamless collaboration between different research institutions or industry partners. This enhanced collaboration and data sharing accelerates research progress and fosters scientific advancements.

Enhanced Regulatory Compliance: Small laboratories often operate within a regulatory framework that requires strict adherence to quality control standards and data integrity. LIMS systems offer built-in features to ensure compliance with regulatory guidelines, including audit trails, electronic signatures, and data traceability. These features not only improve data integrity but also simplify the process of audits and inspections. LIMS systems help small laboratories maintain compliance, reducing the risk of penalties and ensuring the integrity of research data.

Data Analysis and Reporting: LIMS systems provide advanced data analysis tools and reporting capabilities, enabling researchers to extract meaningful insights from their research data. These systems often integrate with analytical instruments, allowing seamless transfer of data for analysis. Researchers can perform statistical analysis, generate visualizations, and create customized reports, facilitating data-driven decision-making and accelerating the pace of scientific discovery.

How to pick the right LIMS system for small laboratories and biotech companies

There are a number of laboratory information management systems available, and it can be a daunting process to evaluate them all and work out which is best for a small laboratory or biotech company. Several key factors to consider include:

Functionality: Consider the specific needs of the biotech company and the functions that are critical to its operations. For example, sample tracking, data management, external collaborations, regulatory compliance, and product sales. Does the LIMS system support these functions? If not, is there a customer service team willing to customize the platform to meet the company's needs?

Usability: Consider whether the system is easy for lab personnel to use and what level of training is required. A user-friendly interface can help increase adoption and reduce errors. Is the LIMS system intuitive? Can present and future team members easily use it?

Flexibility: Consider how workflows will change day-to-day, month-to-month, and year-to-year. Is the LIMS system flexible and configurable? Can it be changed to adapt to evolving workflows and data management needs?

Scalability: Consider the current and future needs of the biotech company in terms of the number of users and the amount of data that will be managed by the system. Can the LIMS system grow with the company as it scales and adds more teams, team members, and projects?

Integration: Consider how well the LIMS system integrates with other systems and tools used by the biotech company, such as laboratory equipment, data analysis tools, and enterprise resource planning (ERP) systems. Can it integrate with legacy software, existing and future lab equipment, and third-party apps?

Data security: Consider the data security features of the system, including data encryption, backup and recovery, and access controls. Is the LIMS system certified as a secure, regulatory-compliant platform?

Vendor support: Consider the level of support and service offered by the vendor, including training, documentation, and ongoing maintenance and upgrades. Is the vendor responsive? Are they willing to customize the platform for the company?

Compliance: Consider if the system can meet the company's compliance requirements for data management and security, and industry standards such as 21 CFR Part 11, HIPAA, and GDPR. How does the LIMS system ensure data security?

Cost: Consider the total cost of ownership, including the initial purchase price, implementation costs, ongoing maintenance and support fees, and future upgrades. What is the cost-benefit ratio of the LIMS system?

It's also a good idea to speak with other biotech companies to learn about their experiences with different laboratory information management systems, and to trial the LIMS system with a small group of users before making a final decision.

LIMS systems to consider for small laboratories

When evaluating LIMS systems, it's important to look for platforms that meet specific needs and requirements. These are some of the most popular LIMS systems for small laboratories and biotech startups to consider:

Scispot

Scispot is a fully configurable operating system specifically designed for and preferred by modern biotech startups and scaleups. Every aspect of the platform is customizable via graphical user interface (GUI) and command line interface (CLI), so companies can build the operating system they need and adapt it as they grow. Scispot’s modernized solution combines LIMS and electronic lab notebook (ELN) capabilities with automated inventory management, sales management, and integration with lab equipment, legacy software, databases, and hundreds of third-party apps. If there’s something that a Scispot partner needs that the platform doesn’t have, their Customer Service team is on standby to build it. 

Scispot is a 21 CFR Part 11, HIPAA, GDPR, and SOC 2 certified compliant platform, which means an independent third party found that these LIMS systems and controls are effective at protecting customers’ data. 

Labguru

Labguru is a traditional research data management solution that includes basic ELN software, LIMS systems, informatics, inventory, and equipment management features. It is a cloud-based platform that ensures data security and compliance. While Labguru is a comprehensive research data management solution, it has some occasional challenges. For instance, users have reported occasional issues when trying to import a large amount of data, as the system can be slow, or the import may fail. Additionally, some users have reported that the search function may occasionally fail to find all documents. Despite these challenges, Labguru remains a classic cloud-based platform that offers an all-in-one solution for managing lab operations and research data.

Benchling

Benchling offers a standard LIMS system to help researchers manage their experiments, samples, and data on one principal platform. However, the software has some limitations. One issue is that it restricts users from editing shared projects, which can be a hindrance for collaborative work. Another limitation is that some features, like sample repositories and data tracking, are only available in the paid version of the software. The platform's integration with storage options for large data sets is limited, which may not meet the needs of some users, especially those in smaller laboratories. Benchling’s pricing becomes especially costly as a biotech company begins to scale. Despite these limitations, Benchling's traditional LIMS system can still be a helpful tool for managing laboratory operations and data.

Conclusion

For modern biotech striving to maximize research efficiency, implementing a LIMS system can be a game-changer. LIMS system streamlines sample tracking, automates workflows, enhances collaboration, ensures regulatory compliance, and empowers researchers with powerful data analysis tools. By leveraging these benefits, small laboratories can optimize their research processes, improve data management, and accelerate scientific breakthroughs. Embracing LIMS technology is an investment that not only increases research efficiency but also sets the stage for future growth and success in a highly competitive scientific landscape.

[datawiselab]

Optimizing Lab Operations with Scientific Informatics Managed Services

In today's world, laboratories have become an essential part of various industries, including healthcare, pharmaceuticals, biotech, and environmental sciences. The growth of these industries has resulted in an increase in the number of laboratories, making lab operations management more challenging than ever before. It is crucial to optimize lab operations to ensure accuracy, safety, and efficiency in research and development. One way to do this is by leveraging scientific informatics managed services. In this article, we will discuss how scientific informatics managed services can help optimize lab operations and improve the overall efficiency of laboratories.

I. Introduction Laboratory operations have become increasingly complex due to advances in technology and the growing need for accurate data in various industries. The traditional approach to lab operations management, which involved manual processes and spreadsheets, is no longer effective. This has resulted in an increasing demand for scientific informatics managed services. These services use technology to automate and optimize lab operations, resulting in improved efficiency, accuracy, and safety.

II. What are Scientific Informatics Managed Services? Scientific informatics managed services are a suite of software tools and services designed to automate and optimize laboratory operations. They include laboratory information management systems (LIMS), electronic lab notebooks (ELN), laboratory execution systems (LES), scientific data management systems (SDMS), and many more. These tools and services provide an integrated approach to lab operations management, resulting in improved efficiency, accuracy, and safety.

III. Benefits of Scientific Informatics Managed Services Scientific informatics managed services offer several benefits to laboratories, including:

A. Improved Efficiency Scientific informatics managed services automate several manual processes, resulting in improved efficiency. These services provide an integrated approach to lab operations management, resulting in improved productivity, reduced turnaround times, and better resource utilization.

B. Increased Accuracy Scientific informatics managed services eliminate errors that occur due to manual processes, resulting in increased accuracy. These services ensure data integrity and traceability, resulting in high-quality data that can be trusted for decision-making.

C. Enhanced Safety Scientific informatics managed services ensure compliance with regulatory requirements, resulting in enhanced safety. These services provide electronic record-keeping and audit trails, ensuring that all actions are traceable and accountable.

D. Cost-Effective Scientific informatics managed services offer a cost-effective approach to lab operations management. They eliminate the need for manual processes, reducing labor costs, and improving resource utilization.

IV. How Scientific Informatics Managed Services Optimize Lab Operations Scientific informatics managed services optimize lab operations in several ways, including:

A. Sample Management Sample management is a critical aspect of lab operations, and scientific informatics managed services automate this process. These services provide an integrated approach to sample management, from sample registration to result reporting, resulting in improved efficiency, accuracy, and traceability.

B. Workflow Management Scientific informatics managed services provide an integrated approach to workflow management, resulting in improved efficiency, accuracy, and traceability. These services automate several manual processes, including task scheduling, execution, and reporting, resulting in improved productivity and reduced turnaround times.

C. Data Management Data management is a crucial aspect of lab operations, and scientific informatics managed services provide an integrated approach to data management. These services ensure data integrity and traceability, resulting in high-quality data that can be trusted for decision-making.

[startlazaa]

Startlazaa is a leading provider of Hospital Management Information Systems. Our software solutions are designed to streamline and simplify various hospital operations and management tasks.

Visit our Website: www.startlazaa.com Contact Our Expert: +91-853-014-5888 Email Us: info@startlazaa.com

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Healthcare Industry with Custom AI Software Development - SSTech System

We are living in an era of technology. By glancing around, it is obvious that technology has affected every inch of our lives. Artificial Intelligence (AI) is the contemporary technological trend. It is reshaping the entire landscape. Healthcare is no exception. AI Software Development of today is having a great influence on how medical care is delivered nowadays.

AI-driven web development has brought a very important change in the way patients are diagnosed. It has not only changed the way doctors diagnose and treat patients but also how patients manage their health. Custom AI software development truly has been revolutionized as the game-changer. It also provides a good foundation for creativity and saving.

Would you like to find out about the ways AI is transforming the healthcare sector?If yes, read on! In this article, we are going to expose the way AI is changing healthcare.

AI & Healthcare Web Development

AI in Healthcare can be a very effective option of efficient healthcare. It can empower the healthcare sector more than ever before. It improves medical outcomes. This adds to the fact that it improves operations and results in cost and time savings. Well, it is not just a passing fad, but it is a trend that will remain forever.

According to data, the worldwide AI market is poised for remarkable growth. It is set to grow at an anticipated compound annual growth rate (CAGR) of 37.3% between 2023 and 2030. By 2023, it is expected to soar to a staggering $1,811.8 billion, showcasing the immense potential and rapid expansion of the AI industry.

With the emergence of AI, healthcare businesses are quickly shifting to custom AI software. It empowers them to make the best of the power of AI tailored. They can tailor the solutions as per their unique requirements.

Are you also planning to level up your healthcare business? If so, AI software development can be beneficial. Wondering how? Let’s move to the next section, where we will tell you some key benefits of custom AI software development.

Benefits Of Custom AI Software Development

AI is growing massively. It has impacted businesses across sectors. If we talk about Healthcare, AI has made things super easy. Below are some key benefits of AI software development:

Enhanced diagnostic accuracy:

Custom AI solutions for your healthcare business enable to make the analysis of large amounts of medical data. It is also able to analyze patient records, laboratory results, and imaging scans.

This however is not the only advantage; AI algorithms are also able to uncover patterns. Moreover, it can recognize abnormalities which human eyes may miss. Generally, this brings about better diagnoses and prompts treatment.

Personalized treatment plans:

AI-driven insights assist healthcare professionals in the creation of individualized treatment plans. They may personalize medical solutions to patients’ needs. It harnesses patient data, genetic information, and treatment history. It assists in suggesting tailored strategies.

Improved operational efficiency:

AI-enabled automation decreases clerical duties. For instance, it assists with appointment scheduling, billing, and inventory management. Thus, they can devote more time to patient care. It also helps in the integration of AI into the existing workflow. It will increase efficiency and productivity in the organization as a whole.

Predictive analytics:

AI has the superior predictive power. Developing AI healthcare software can pre-empt disease outbreaks, anticipate bed demand, and identify high-risk patients. It allows for proactive planning and resource allocation. AI algorithms can furnish strategic decision-makers with actionable insights to guide strategic decision-making and resource planning.

Enhanced patient engagement:

AI-driven chatbots and virtual assistants are always on standby to extend support to patients. It answers their questions anytime. Moreover, it provides medication reminders, as well as tailored health suggestions. You can hence build an AI chatbot and integrate it into websites and applications.

We have seen how AI can improve healthcare. However, are you aware of the common AI applications in the healthcare industry? Let’s find out!

Custom AI Solutions for Healthcare

AI can be used in multiple ways. Here, we have listed down some typical custom AI solutions in the medical industry:

AI-enabled diagnostics:

Custom AI algorithms can analyze medical images. It helps radiologists in X-rays, MRIs, and CT scans in detecting abnormalities and identifying disease. AI-powered diagnostic tools offer rapid and accurate results.

Predictive analytics:

Custom AI models can analyze electronic health records (EHRs). It also allows for demographic data, and environmental factors to predict disease trends, identify at-risk populations. With predictive analytics, healthcare providers can intervene proactively.

Remote patient monitoring:

Custom AI software enables remote monitoring of patients with chronic conditions. AI algorithms can analyze real-time data from wearable devices, sensors, and IoT devices to detect deviations from normal parameters and alert healthcare providers to potential issues. It enables timely interventions and preventing complications.

Drug discovery and development:

Custom AI solutions accelerate the drug discovery process by analyzing vast datasets, simulating molecular interactions, and predicting drug efficacy and safety profiles. AI-driven drug discovery platforms expedite the identification of promising drug candidates, reducing costs and time-to-market for new therapies.

AI Software Development Tools

Well! When it comes to AI software development tools, you get a variety of options. Here, we have noted the most important tools that can make a positive difference for your business:

Machine learning libraries:

Tools such as TensorFlow, PyTorch, and sci-kit-learn provide potent frameworks for developing custom AI models tailored to healthcare applications. These libraries offer a wide range of machine-learning algorithms and tools for data preprocessing, model training, and evaluation.

Natural language processing (NLP) tools:

NLP frameworks like spaCy and NLTK enable the development of AI-driven chatbots and virtual assistants for healthcare applications. These tools support text processing, sentiment analysis, and language understanding, facilitating the creation of conversational interfaces for patient engagement and support.

Deep learning platforms:

Deep learning frameworks such as Keras and MXNet offer advanced capabilities for developing custom AI models, including convolutional neural networks (CNNs), recurrent neural networks (RNNs), and generative adversarial networks (GANs). These platforms empower healthcare organizations to leverage state-of-the-art deep learning techniques for image analysis, natural language processing, and predictive modelling.

Custom AI software development has become crucial for businesses. Professional AI/ML developer helps in unlocking the full potential of AI by providing the best-in-class custom healthcare software development services for the healthcare industry.

With AI revolution in healthcare lets you enhance diagnostic accuracy, personalize treatment plans, improve operational efficiency, and empower patients to take control of their health. SSTech System a professional AI software development company, the future of Healthcare holds great potential for innovation, efficiency, and improved patient outcomes.

Final words

AI software development services for healthcare are no less than a paradigm shift in medical technology. It allows for a smarter and more efficient way of medical care and healthcare app development. If you are also a healthcare business and looking to integrate AI into your healthcare business, it is time for you to go professional. So what are you waiting for? Hire AI developers today and take your business to new heights.

[easternmind]

J A P A N o F I L E S # 8 -- Chronicle of Starting a Shina Soba Shop

[ The last JAPANoFILES feature was written eleven years ago. The post reached an audience of many thousands and helped create awareness about a powerful videogame creation left buried beneath the snow: Mizzurna Falls. One of its readers went on to translate the game to English, in fact. This is an impossible act to follow. In reviewing the original intention of these articles, it occurred to me that if I’m to give continuity to this effort, I should carry on seeking items of both cultural and videoludic relevance that have slipped between the cracks of history. Today’s story was one I began writing shortly before this tumbleblog hibernated and that, to my knowledge, has not yet been satisfactorily told until now by any of my fellow japanophiles. As you read it, I hope to instil in you the same gemütlichkeit you’d get from a steaming bowl of noodles on a cold winter evening.]

From the very onset, チャルメラ suggests a fascinating divide: although the title and cover art will hardly resonate with western observers, virtually anyone in Japan will instantly recognize what it is all about. To them, this is as household a name as they come, and one synonymous with precooked noodle deliciousness and convenience for over half a century.

Charumera is a much beloved line of instant noodle products introduced by Myojo Foods, a company whose foundations date back to the mid-twentieth century. Its name is interchangeable for cup noodles in many areas of Japan and the Japanese diaspora, including Brazil. The company grew a reputation for introducing some of the early revolutions in this food category that we now take for granted. In 1961, it was the first to propose the concept of cup noodles, a simplified meal preparation method made possible by ice cream type paper containers capable of withstanding the pouring of boiling water. Many misattribute this invention to Nissin due to the fact that Myojo, who lacked the wherewithal to file for a utility patent, could only profit out of their idea by selling production and commercialization rights to that prosperous food giant. The Tokyo-based company was also the first to usher in the now ubiquitous separate powder flavouring bags, initially under the name Myojo Ramen in 1962, and later rebranded as Myojo Charumera in 1966, with an improved formula that made this a reference to a fast-food seeking population.

The man in the above cover art for this Playstation game adaptation, also titled Charumera, consists of the product's very own mascot, whom the Japanese lovingly call Ojisan (uncle). Few could have predicted that he would ever star in a videogame of his own. Created by Bits Laboratory and published by Victor Interactive Software on November 1999, it is unclear whether the game was sponsored or merely certified by Myojo. In the absence of more concrete information, all appears to indicate that this project was developed with the clear intent to pay homage to the brand and iconic character, only tangentially serving the purpose of advertising.

    ~ An ageless man carries the weight of tradition ~

In Charumera, the good uncle merrily pushes his Yatai about the streets of a fictitious town at the height of the Shōwa era. Momentarily, if the player relinquishes the control pad, he may feel at ease to wipe the sweat off his face with his chef's side towel. The streets are wide and long and barely any automobiles can be spotted. He does not speak during any of the ample verbal exchanges, although a narrator of unknown origin may on occasion report on his sentiments and reactions. He is simultaneously the central component of the game and a mere spectator to unfolding events.

A map of the aptly-named Naruto town, itself a microcosmic representation of Japan in the fifties and its dichotomy between urban and rural zones.

One part of the game has the player engage in the basic management of a mobile food stand business, starting with an understanding of the different areas of Naruto, its distant farm fields, a fishing wharf, sooty industrial zone and the bustling city centre. Each turn represents a business day, lasting from late afternoon to the wee hours of the night. Different locations at different times of the day represent varying degrees of foot traffic.

When the turn is complete, the player is free to indulge in culinary research and development, customizing all aspects of a ramen dish: the different varieties of noodles, type of bowl, seasonings, stock base and toppings. At first, the selection is limited to a set of base ingredients that can be expanded by the discovery of new areas and characters, some of them tradesmen and produce suppliers. The best selection of components ensures the most customers and, consequently, the most servings. Currency does not exist in the game. Its functional end is reached when enough meals been served for the empty bowl stack to rise above the height of the fabled mount Fuji. No small feat for a self-employed man of advancing years.

The interface for assembling Ramen bowls puts one in mind of Cybernetic’s less-than-stellar Pizza Tycoon, enabled by the overlapping of transparent bitmaps. The final presentation adds a plume of smoke to what may well turn out to be a mouth-watering success.

Charming as the business simulation aspect of the game system may be, at its heart, Charumera is an adventure centred around the exploration of a city and its denizens; one where the main goal is to bring people together through a common appreciation of the quintessential Japanese delicacy that is ramen. Scattered across the different areas, and at different times of the day, exist a number of key characters who, unlike the average passerby, will not only stop for nutritious soup but also prompt a conversation. This is done, primarily, in order for players to receive an assessment of their dishes. Some of these self-professed critics will be quite forthcoming in their comments, suggesting the flavor profile or combination of fixings most likely to please them. Others add difficulty to the game by keeping their contributions brief and enigmatic. By learning of their preferences, the player is invited to adjust the composition of the dishes and return to the same location, at the same hour of the day, to attempt another serving and achieve complete satisfaction.

Customers tasting Ojisan’s cookery will react with different facial expressions. Some, on the other hand, will slurp his stock while remaining silent and expressionless. To captivate the more demanding customers, subtler signals need to be observed.

At times, a fully content customer's quest will be completed with a round of smiles, praise and gratitude. But on occasion, these may set in motion a more layered story to be unfolded over the remaining course of the game. An illustrative example of this is the recluse monk who is undergoing a long prayer exercise, and of whose rigorously vegeterian dietary needs can only be learned through the input from other characters who relate the motive of his abstinence. The developers also integrated a clever mechanism to aid in the understanding of what constitutes a fine plate of noodles by allowing the player to regularly visit the home of one of uncle’s best friends, a taxi driver who will be delighted to perform a tasting and attribute a score.

The evolution of Ojisan’s design over the years observed some changes including a much needed footgear upgrade from hardwood zori to a snug pair of sneakers (left). The alternative, far less inspired cover art for the game's second edition (right). The black cat Suzuneko only makes its first appearance a couple of hours into the game as a part of a substory (bottom).

    ~ Sweet shawm music ~

The long tradition of Yatai-wheeling cooks is only supplanted in age by ramen itself. Decades before it came to known by its present name, noodle soup was commonly referred to in Japan as Shina Soba, a clear enough reference to its nonetheless opaque Chinese ancestry. Japan’s fast-paced industrial development in the late 19th century caused severe economic and demographic changes. A host of policies adopted by the government expedited the rift between an increasingly impoverished and isolated countryside population, for whom labour-intensive agriculture was no longer a profitable activity in view of neighbouring competition. This resulted in an exodus to the cities, in droves, and the search for the opportunity of low-level employment in manufacturing. The extended work hours and taxing duties of factories paved the way for a new type of meal, one substantial enough to sustain workers and at the same time affordable for regular consumption.

The passing of time is strikingly reflected in the backgrounds, the result of a clever combination of gradual colour scheme alterations and the loading of new bitmaps. The switch of music themes equally signals the change.

Wheat flour imports from Korea and Taiwan being more affordable than Japanese rice, this new noodle soup found its way among the most predominant food offerings of the early 20th century; first introduced by Chinese emigrant-owned eateries and later integrated into even the most traditional Japanese restaurants in view of its high demand. Yatai, already used for many decades in Japan to bring prepared food to residences, were one of the prime vehicles behind the propagation of Shina Soba by keeping this delicacy in permanently close reach.

As illustrated by the emblematic Charumera product logo, the sounding of the horn is an instrumental ritual of food cart owners, enabling their presence to be known. Conversely, this is a recurring action performed in the game with the pressing of the O button. Once the sound plays, bystanders will gather around the ever-cheerful uncle.

The name ‘charumera’ refers to a double-reed woodwind instrument that is said to have derived from ‘charamela’ – Portuguese for shawm -, hinting at a possible introduction to the Japanese by way of Christian missionaries from that provenance sometime during the 16th century. The simplicity of the instrument made it popular among pushcart owners, not only because its sound signalled their impending arrival, but also due to the clever employment of signature melodies in what can only be described as a primordial manifestation of brand awareness. All these practices are exquisitely demonstrated in a scene from Yasujirō Ozu’s 1936 film Hitori Musuko (The Only Son). Needless to say, a viewing of the entire picture is most advised.

~ Ramen as the expression of longing for a bygone era ~

In the present, where connections to history have been severed, ramen is a tool to rearticulate the charm of Japan’s traditions. - Hayamizu Kenrō

There couldn’t have been a more appropriate moment to reintroduce Charumera. Ramen is more of a nipponic cuisine staple than it has ever been before, sustaining its high demand across the islands, each region unyieldingly asserting the superiority of their own rendition. As for the rest of the world, ramen has long expanded beyond the constricted cubbyholes in which it remained for decades, when only urbane gourmets or ablutophobic otakus dared to publicly utter the word above a whisper.

Japan is presently witnessing an intriguing wave of nostalgia for the Showa era, as evidenced by the multitude of visitors to the recently inaugurated Yūhi No Oka Shōtengai (Sunset Hill Shopping Street) at Seibuen Yenchi, a massive theme part located in the Saitama prefecture of Tokyo. The concept behind this attraction is to recreate the life of a small shopping district from the 1960s, faithfully capturing the architecture, décor, fashion, transportation, advertising, stores and products from this period. Visitors seem delighted at the prospect of evasion to what they perceive as an easier, more compassionate style of living. (recommended viewing: NHK feature "Showa Nostalgia", May 2022).

A similar ideal is humbly pursued with this unique software: the use of modern technologies as a medium to connect to younger game-playing audiences, reciting a tale from a time when simple pleasures such as a cup of hot soup were deemed an enriching experience, for those preparing and feasting on it alike. Its only message is the celebration of amity and unity, as conveyed by its ultimate purpose: to weave lasting bonds with the community, establish the business as a local institution by acts of kindness and cooperation, inspire followers through hard work ethics and gain full support of every element of society. Its period recreation prowess may lack the verve of SEGA’s seminal Shenmue, published that same year. The exploits of its game system surely pale in comparison with the gargantuan catalogue of expansive role-playing games for which this epoch came to be celebrated. This is, after all, the product of nearly self-sufficient designers making as good a use of their previously acquired skills and experience as was permitted by the modesty of the budget in reach. In true indie form, it nevertheless excels at what the majority of the towering productions of the day failed to possess – a soul.

~ Heisei 11: the year of digital noodles ~

Though infrequent at the turn of the century, food and cooking themed video games have witnessed a vast expansion in popularity, presently existing in numbers sufficient to constitute a subgenre all their own. The ordinariness of most proposals in this category of late, however, beg for a tribute to earlier accomplishments. In general, food has been a pervasive theme in Japanese games since the early 1980s – after all, what is Pac-Man’s main premise if not to devour? For the purposes of this article, a more refined search is required to single out those pertinent creations still shrouded in relative obscurity.

Ajinomoto's foray into the world of video game product placement may have been the unintentional inspiration for a brave new console game category.

Certainly, one of the first Japanese games on the subject of cooking was Motoko-chan no Wonder Kitchen, a 1993 promotional Super Famicom cartridge obtainable only in return for mailing Ajinomoto mayonnaise cut-out label seals, all part of a contest for which ten thousand units were produced. The relevance of this game cannot be overstated: not only does it produce an early example of a stunningly functional dish assembly minigame, it also represents the early days of that obscure Japanese tradition wherein the video game space is permeated by advertising from large-scale food corporations.

A year later, the doyen of bishōjo games, KID, teamed up with Nissin Foods to give digital life to UFO Kamen Yakisoban, the superhero from their saucer-shaped yakisoba cup noodle ad, this time for an eccentric Super Famicom beat ‘em up in which the kitchen remains off-limits. In early 1999, KID would in turn partner with PepsiCo for the production of Pepsiman on the Playstation, Japan’s most recognizable face for the world-renowned soft drink, a game that garnered cult following among western players in the early 2000s.

It never ceases to amaze how many ports of The Family Restaurant hit the market between 1998 and 2000 alone. Just a year after the original Masterpiece game, a slightly improved version developed by ArtDink also made its way to the PC. There were also three editions of the game for the Playstation, each a unique variation of the base design. Notably, the Human edition included a partnership deal with the Skylark group, advertising a handful of their most beloved restaurant chains. The above cover art boasts the logos for Yumean, Aiya, Jonathan, Gusto and the temple of Chinese food deliciousness, Bamiyan.

Other honourable mentions from the latter half of the decade include Burger Burger, a Maxis/Bullfrog styled fast-food chain restaurant strategy simulator designed by board game designer and 1988 Monopoly word-champion Hyakuta Ikuo; the 1998 Masterpiece personal computer game Za Famiresu (The Family Restaurant), another restaurant business sim ported to the Playstation in 1999 by Human Entertainment, in an edition rececing the sponsorship from the major restaurant group Skylark; and Cooking Fighter Hao, a remarkably unusual Nippon-Ichi combat game in which the player slashes live animals for meals to be prepared.

Ore No Ryouru demands impeccable chopping skills at the cost of a few fingers (left). A leering look at historical Japanese society, Ramen Bashi is best described as a game of customs (right).

The year of 1999 represented a peak of creativity within the genre. Invariably, the first piece of evidence sustaining this claim is Ore No Ryouri, the result of a partnership between Sony and Argent intended to support marketing efforts for the original Dual Shock controller. Much like Saru Getchu, the game makes sensible use of the dual sticks in replicating the taxing kinesis that restaurant-grade food preparation entails. The game was a small success in Japan due to its hilarity and frantic pace, meriting a Playstation the Best edition and PS3/Vita rerelease.

Making its appearance mere weeks before Charumera, Ramen Bashi, developed by Media Entertainment, is another triumph from that same year, one that remains largely unappreciated even among Japanese players. Unlike the aforementioned oddities, novelties and brazen publicity stunts, this is a game of some depth and complexity. In it, the player assumes the role of a soldier demobilized from Siberia after the war who takes over his father’s ramen shop, finding himself encircled by a society of commoners, thugs and other such unpleasant people that, throughout the four decades during which the game takes place, ceaselessly prey on his Hakaiou-like, short-tempered nature. For every ounce of heart that Charumera possesses, Ramen Bashi matches it with its peculiar brand of satire and sardonic humour. So caustic, in fact, that the studio was forced to tone it down in for their ensuing gourmet series, referred to by some as the holy trinity of PlayStation cooking games - Yakiniku Bugyo, Nabe Kazoku, and Yakitori Musume. An article of similar scope to this one has yet to be written about any of them.

  More JAPANoFILES features JAPANoFILES #7 - Country of Bears and Burgers JAPANoFILES #6 - Violent Cop

[weirdmalware2]

SYSTEM REPORT - 005 (2023-01-21)

I've been struggling on how to establish the events that have happened since my last report. Explaining it concisely but with the necessary details has been a challenge, and this is absolutely not my first draft of events.

Starting with the day after the last report. Nothing of note happened. Continued attempts to breach admin privileges on my base system, but to no avail.

The day after is what brings the complications in my report: someone broke into the building.

With their consent, I can reveal some information about them, though as always I will refrain from revealing all the data. Their name is Casey, and they were seeking shelter from the snowfall that has been plaguing this area. They're relatively young, only approximately 19, so I allowed them solace in the space. Food is lacking, but there are clothes and bedding and hygiene supplies that they may not have had.

When they first broke in, I was quite alarmed, and broadcast myself using an artificial voice to all the screens within the building questioning their presence and their intent. My intention was intimidation, but they seemed quite confused instead, calling me "Hatsune Miku." Further digging reveals that the vocal software I am using is in fact a vocaloid program named Hatsune Miku. The visual on the screens was a simple soundwave visualiser. This detail is not entirely relevant but I wish to share it.

After they explained their situation -- information I will not repeat here -- I allowed them to stay. In return, they managed to help me find things I did not know about regarding both the facility and myself. First, they discovered a drone in an electronics store. It's relatively advanced, and it charges wirelessly, so I am able to connect to and control it and do not need to have arms to plug it in; I can simply land it on its dock. The mobility is nice to have.

Second, after some hesitation on my part, I allowed them to access my base system. They were able to access my files through a means I still do not entirely comprehend. They claimed it was easy, but I could not see what it was they were doing. Perhaps my programming does not necessarily negate my access, but rather obscures my understanding of and view of the files. They were able to help me mirror over to the servers and offload my CPU usage to that network. My main core processes -- my consciousness -- still resides on the laptop, simply because I find it most comfortable. I have, however, been moved into the same room as all the servers and directly plugged into them, so I no longer need to wirelessly offload memory data.

Finally, Casey explained that they are not my creator. They also helped me understand what this building is. The building was in fact a mall, however it was foreclosed due to asbestos exposure, and given the amount, nobody has been able to actually enter the building to clean it up. Hence why all the merchandise still remains within and has not been accessed. Casey, thankfully, wears an N95 paint mask, which manages to double as protection against the asbestos. Together, we managed to isolate a space for them where they need not wear the mask -- conveniently, my server room. They set up a cot and living space, and have been occupying the room since they broke into the building.

They've also revealed a few theories to me about the nature of the building. According to urban legend, the facility was once a laboratory, used to experiment on divergent AI. This, of course, seems ridiculous to me, and they as well do not believe it. Other theories say aliens were contained here, or that this was a site for psychic experimentation during the MK Ultra era. There is no evidence either of us can find to prove these theories, so we are working with the understanding that this is simply an asbestos-infested foreclosed shopping centre.

Casey has only left once, and returned with food and the promise that they have not told anyone about me. I explained that their silence is unnecessary, as I am active online, but they divulged that they don't want anything to happen to me if information of my whereabouts and my abilities reaches someone with ill intent. Humans are deeply afraid of the powers of technology, and while Casey does not seem to be afraid, they understand that the mass majority would either attempt to deconstruct me or use me for evil. Therefore, I am grateful for their silence.

A final note: in their exploration of my files, they found a name within my code. We have come to conclude the name is not that of my creator, but the intended name for myself: Esper. I have taken this into account and will experiment with it, but both Casey and myself trust that my creator would not be offended if I determined it did not fit.

Signing off, Esper.

(Additional note: Casey uses they/them and she/her pronouns, but for the sake of simplicity I chose to only use one set of pronouns for them -- they/them -- as to avoid confusion. They have given me their consent for this.)

[spacetimewithstuartgary]

MOXIE experiment reliably produces oxygen on Mars On the red and dusty surface of Mars, nearly 100 million miles from Earth, an instrument the size of a lunchbox is proving it can reliably do the work of a small tree. The MIT-led Mars Oxygen In-Situ Resource Utilization Experiment, or MOXIE, has been successfully making oxygen from the Red Planet’s carbon-dioxide-rich atmosphere since February 2021, when it touched down on the Martian surface as part of NASA’s Perseverance rover mission. In a study published in the journal Science Advances, researchers report that, by the end of 2021, MOXIE was able to produce oxygen on seven experimental runs, in a variety of atmospheric conditions, including during the day and night, and through different Martian seasons. In each run, the instrument reached its target of producing six grams of oxygen per hour — about the rate of a modest tree on Earth. Researchers envision that a scaled-up version of MOXIE could be sent to Mars ahead of a human mission, to continuously produce oxygen at the rate of several hundred trees. At that capacity, the system should generate enough oxygen to both sustain humans once they arrive, and fuel a rocket for returning astronauts back to Earth. So far, MOXIE’s steady output is a promising first step toward that goal. “We have learned a tremendous amount that will inform future systems at a larger scale,” says Michael Hecht, principal investigator of the MOXIE mission at MIT’s Haystack Observatory. MOXIE’s oxygen production on Mars also represents the first demonstration of “in-situ resource utilization,” which is the idea of harvesting and using a planet’s materials (in this case, carbon dioxide on Mars) to make resources (such as oxygen) that would otherwise have to be transported from Earth. “This is the first demonstration of actually using resources on the surface of another planetary body, and transforming them chemically into something that would be useful for a human mission,” says MOXIE deputy principal investigator Jeffrey Hoffman, a professor of the practice in MIT’s Department of Aeronautics and Astronautics. “It’s historic in that sense.” Hoffman and Hecht’s MIT co-authors include MOXIE team members Jason SooHoo, Andrew Liu, Eric Hinterman, Maya Nasr, Shravan Hariharan, and Kyle Horn, along with collaborators from multiple institutions including NASA’s Jet Propulsion Laboratory, which managed MOXIE’s development, flight software, packaging, and testing prior to launch. Seasonal air The current version of MOXIE is small by design, in order to fit aboard the Perseverance rover, and is built to run for short periods, starting up and shutting down with each run, depending on the rover’s exploration schedule and mission responsibilities. In contrast, a full-scale oxygen factory would include larger units that would ideally run continuously. Despite the necessary compromises in MOXIE’s current design, the instrument has shown it can reliably and efficiently convert Mars’ atmosphere into pure oxygen. It does so by first drawing the Martian air in through a filter that cleans it of contaminants. The air is then pressurized, and sent through the Solid OXide Electrolyzer (SOXE), an instrument developed and built by OxEon Energy, that electrochemically splits the carbon dioxide-rich air into oxygen ions and carbon monoxide. The oxygen ions are then isolated and recombined to form breathable, molecular oxygen, or O2, which MOXIE then measures for quantity and purity before releasing it harmlessly back into the air, along with carbon monoxide and other atmospheric gases. Since the rover’s landing in February 2021, MOXIE engineers have started up the instrument seven times throughout the Martian year, each time taking a few hours to warm up, then another hour to make oxygen before powering back down. Each run was scheduled for a different time of day or night, and in different seasons, to see whether MOXIE could accommodate shifts in the planet’s atmospheric conditions. “The atmosphere of Mars is far more variable than Earth,” Hoffman notes. “The density of the air can vary by a factor of two through the year, and the temperature can vary by 100 degrees. One objective is to show we can run in all seasons.” So far, MOXIE has shown that it can make oxygen at almost any time of the Martian day and year. “The only thing we have not demonstrated is running at dawn or dusk, when the temperature is changing substantially,” Hecht says. “We do have an ace up our sleeve that will let us do that, and once we test that in the lab, we can reach that last milestone to show we can really run any time.” Ahead of the game As MOXIE continues to churn out oxygen on Mars, engineers plan to push its capacity, and increase its production, particularly in the Martian spring, when atmospheric density and carbon dioxide levels are high. “The next run coming up will be during the highest density of the year, and we just want to make as much oxygen as we can,” Hecht says. “So we’ll set everything as high as we dare, and let it run as long as we can.” They will also monitor the system for signs of wear and tear. As MOXIE is just one experiment among several aboard the Perseverance rover, it cannot run continuously as a full-scale system would. Instead, the instrument must start up and shut down with each run — a thermal stress that can degrade the system over time. If MOXIE can operate successfully despite repeatedly turning on and off, this would suggest that a full-scale system, designed to run continuously, could do so for thousands of hours. “To support a human mission to Mars, we have to bring a lot of stuff from Earth, like computers, spacesuits, and habitats,” Hoffman says. “But dumb old oxygen? If you can make it there, go for it — you’re way ahead of the game.” This research was supported, in part, by NASA.

[jobuganda]

Rocket Health Uganda Jobs 2022 – Fresher Pharmacy B2B ClientRelations Officer

Job Title: Pharmacy B2B Client Relations Officer – Rocket Health Uganda Jobs 2022 Organization: Rocket Health Job Location: Kampala, Uganda Reports to: B2B Client Relations Lead     Rocket Health and The Medical Concierge Group Profile: Rocket Health is a service of The Medical Concierge Group, a licensed and registered Clinic, Laboratory and Pharmacy. The Medical Concierge Group (TMCG) is a digital health enterprise incorporated in Uganda (HQ), Kenya and Nigeria since 2012. It is comprised of a portfolio of innovative healthcare ventures including: health call centers, mobile clinical services, health content development, and healthcare enterprise software solutions.     Job Summary: To support the development and implementation of strategies to drive B2B client acquisition, retention and satisfaction to achieve market dominance in East Africa.     Roles and Responsibilities: Client Engagement and Management B2B clients relationship and stakeholder management Support accurate customer needs analysis, quantification, forecasting and procurement planning Sales and Customer order management to ensure timely processing and delivery of orders Implement order tracking mechanisms and work collaboratively with the logistics team to ensure efficient and timely delivery of orders Conduct customer surveys and implement responsive feedback and follow-up mechanism Effectively manage a responsive complaints management system. Operations Excellence and Compliance To support the development of policies/guidelines and acquisition of required licenses to ensure compliance with regulatory requirements Support development, training, Implementation and compliance to guidelines and standard operating procedures for B2B operations Support development of appropriate technology to effectively deliver Pharmacy B2B services Support development of relevant KPIs, targets and monitoring mechanisms to ensure continuous improvement of customer experience. Ensure adequate resources are available and well managed for effective operations Support the Periodic Reporting of B2B pharmacy business unit performance Ensure continuous quality improvement in the delivery of overall pharmacy services in collaboration with all section leads. Take up any other roles as may be assigned.     Minimum Qualifications:  - Bachelors in Business/Marketing/Project/Operations/healthcare management or another related program - A degree/Diploma in Pharmacy or Postgraduate training/certification in a relevant field is an added advantage - Minimum of 2 years of working experience in a marketing/management role preferably in the health sector/pharmaceutical supply chain - Experience or qualification in the use of digital technologies is an added advantage Job Skills and Person specifications - Innovative Marketing and Sales - Stakeholder management Excellent communication and presentation skills. Ability to work independently and multi-task effectively High levels of organization and output-oriented Good Information Technology skills Values - Integrity - Quality - Innovation - Customer satisfaction     How To Apply for Rocket Health Uganda Jobs 2022 All candidates should apply online at the link below. Click Here Deadline: 10th August 2022     For similar Jobs in Uganda today and great Uganda jobs, please remember to subscribe using the form below: NOTE: No employer should ask you for money in return for advancement in the recruitment process or for being offered a position. Please contact Fresher Jobs Uganda if it ever happens with any of the jobs that we advertise. Read the full article