The document discusses SAP Fiori Customer Interest Groups, which allow customers to collaborate with SAP on defining and improving SAP Fiori applications. It describes what SAP Fiori is, the goals of the interest groups, potential areas of collaboration, and how customers can get involved by registering through SAP Fiori@Customer Influence and participating in activities like design reviews and product updates.
Loop Mediated Isothermal Amplification (LAMP)MD ROBEL AHMED
Loop Mediated Isothermal Amplification (LAMP) is a kinds of PCR reaction. This technology is most reliable and convenient than conventional PCR procedure. We can call it updated version of PCR. Rapid, Easy detectable and cheap to accomplish the process.
This document discusses bioaerosols, which are airborne biological contaminants like viruses, bacteria, and fungi. It notes that while their outdoor presence is natural, indoor control is possible. It outlines several health effects of bioaerosols, which can cause infections when inhaled or deposited on wounds. The document then focuses on fungi, molds, and the various health impacts molds can have like allergies, infections, and toxicity. It also discusses sources of bioaerosols like humans, pets and moist indoor surfaces. Sampling techniques and control strategies are presented.
This document discusses advance portable tools for on-site detection of plant pathogens. It covers various disease detection tools including visual observation, cultural techniques, and the Foldscope microscope. It also discusses indirect detection methods like thermography, fluorescence imaging, hyperspectral techniques, and gas chromatography. Biosensor approaches for plant pathogen detection are also presented, including antibody-based biosensors, optical immunosensors, fluorescent approaches using quantum dots, and surface plasmon resonance systems. Loop mediated isothermal amplification is also discussed as a rapid detection method. The document emphasizes the importance of early detection in plant disease management and hopes that more portable detection devices will be developed to support efficient on-site diagnosis.
This document discusses LAMP (loop-mediated isothermal amplification), a diagnostic technique for visual virus detection. LAMP offers advantages over PCR like higher sensitivity, specificity, speed, and simplicity. It can detect as little as 10 femtograms of DNA under isothermal conditions in 60 minutes. The document reviews the ideal properties of diagnostic tests, different isothermal amplification techniques, LAMP primers and enzymes, result interpretation methods, LAMP stability and applications for detecting various animal viruses. While sensitive, LAMP is prone to product cross-contamination; solutions to address this like closed-tube reactions and pre-made mixtures are proposed to make LAMP suitable for field-level pathogen diagnosis.
Explore the Illumina workflow, including sequencing by synthesis (SBS) technology, in 3-dimensional detail. Go from sample preparation, to cluster generation, to sequencing on a system flow cell with the proprietary SBS process.
Pyrosequencing is a DNA sequencing method that detects DNA polymerase activity through the release of pyrophosphate, which generates a light signal. It works by sequentially adding individual nucleotides and detecting incorporation in real time. For massively parallel pyrosequencing, DNA fragments are attached to beads and amplified in individual emulsion droplets, then sequenced in separate wells to obtain hundreds of thousands of sequences simultaneously. This allows for rapid, high-throughput genome sequencing.
Importance of epidemics in mono and poly cyclic diseases caused by various plant pathogens and the mathematical models for studying the strategy of those epidemics
Loop Mediated Isothermal Amplification (LAMP)MD ROBEL AHMED
Loop Mediated Isothermal Amplification (LAMP) is a kinds of PCR reaction. This technology is most reliable and convenient than conventional PCR procedure. We can call it updated version of PCR. Rapid, Easy detectable and cheap to accomplish the process.
This document discusses bioaerosols, which are airborne biological contaminants like viruses, bacteria, and fungi. It notes that while their outdoor presence is natural, indoor control is possible. It outlines several health effects of bioaerosols, which can cause infections when inhaled or deposited on wounds. The document then focuses on fungi, molds, and the various health impacts molds can have like allergies, infections, and toxicity. It also discusses sources of bioaerosols like humans, pets and moist indoor surfaces. Sampling techniques and control strategies are presented.
This document discusses advance portable tools for on-site detection of plant pathogens. It covers various disease detection tools including visual observation, cultural techniques, and the Foldscope microscope. It also discusses indirect detection methods like thermography, fluorescence imaging, hyperspectral techniques, and gas chromatography. Biosensor approaches for plant pathogen detection are also presented, including antibody-based biosensors, optical immunosensors, fluorescent approaches using quantum dots, and surface plasmon resonance systems. Loop mediated isothermal amplification is also discussed as a rapid detection method. The document emphasizes the importance of early detection in plant disease management and hopes that more portable detection devices will be developed to support efficient on-site diagnosis.
This document discusses LAMP (loop-mediated isothermal amplification), a diagnostic technique for visual virus detection. LAMP offers advantages over PCR like higher sensitivity, specificity, speed, and simplicity. It can detect as little as 10 femtograms of DNA under isothermal conditions in 60 minutes. The document reviews the ideal properties of diagnostic tests, different isothermal amplification techniques, LAMP primers and enzymes, result interpretation methods, LAMP stability and applications for detecting various animal viruses. While sensitive, LAMP is prone to product cross-contamination; solutions to address this like closed-tube reactions and pre-made mixtures are proposed to make LAMP suitable for field-level pathogen diagnosis.
Explore the Illumina workflow, including sequencing by synthesis (SBS) technology, in 3-dimensional detail. Go from sample preparation, to cluster generation, to sequencing on a system flow cell with the proprietary SBS process.
Pyrosequencing is a DNA sequencing method that detects DNA polymerase activity through the release of pyrophosphate, which generates a light signal. It works by sequentially adding individual nucleotides and detecting incorporation in real time. For massively parallel pyrosequencing, DNA fragments are attached to beads and amplified in individual emulsion droplets, then sequenced in separate wells to obtain hundreds of thousands of sequences simultaneously. This allows for rapid, high-throughput genome sequencing.
Importance of epidemics in mono and poly cyclic diseases caused by various plant pathogens and the mathematical models for studying the strategy of those epidemics
The document summarizes the ligase chain reaction (LCR) technique. LCR amplifies DNA sequences using four probes and ligase and polymerase enzymes instead of amplifying DNA through nucleotide polymerization like PCR. It can detect single nucleotide polymorphisms. The process involves denaturing the DNA, annealing probes to the target sequence, and ligating the probes if they match, repeating for exponential amplification. Products are detected through gel electrophoresis or non-radioactive methods. LCR has applications in infectious disease detection, genotyping and mutation analysis.
The document discusses aerobic and anaerobic digestion processes used in wastewater treatment. Aerobic processes use oxygen and include activated sludge systems, lagoons, trickling filters, and aeration. Anaerobic digestion breaks down organic matter without oxygen to produce methane and carbon dioxide. It includes anaerobic sludge digestion and Imhoff tanks. Both processes use microorganisms and require proper operation and maintenance to effectively treat wastewater.
A pesticide can be defined as any substance or mixture of substances intended for preventing, destroying, repelling, or mitigating any pest.
Pesticides like insecticides, herbicides, fungicides, and various other substances are used to control or inhibit plant diseases and insect pests.
The positive aspect of application of pesticides renders enhanced crop/food productivity and drastic reduction of vector-borne diseases.
However excessive use of these chemicals leads to the microbial imbalance, environmental pollution and health hazards.
Due to these problems, development of technologies that guarantee their elimination in a safe, efficient and economical way is important.
Cauliflower mosaic disease is caused by the Cauliflower mosaic virus (CaMV). It infects cruciferous plants like cauliflower and cabbage. CaMV is a pararetrovirus with a circular double-stranded DNA genome. It is transmitted by the aphid Myzus persicae in a semi-persistent and non-circulative manner. Symptoms include mosaic patterns, leaf deformation, stunting and yellowing. The disease causes significant yield losses worldwide. Management involves controlling the aphid vector through insecticide application.
this presentation deals with transgenic mosquitoes,strategies of vector control by transgenic mosquitoes, methods of transgenesis in mosquitoes, its drawbacks and its limitations
The document summarizes systemic acquired resistance (SAR), a type of induced resistance in plants that confers broad-spectrum protection against pathogens. SAR is activated by initial infection, which triggers salicylic acid signaling and pathogenesis-related protein expression throughout the plant. Key regulators include NPR1, which is required for SAR, and salicylic acid, which is involved in long-distance signaling. SAR provides long-lasting resistance against bacterial, fungal, and viral pathogens.
Lambda phage is a bacteriophage that infects E. coli and can undergo either lytic or lysogenic replication cycles. In the lytic cycle, the phage attaches to the bacterial cell and injects its DNA, which is then replicated and structural proteins are synthesized. New virions are assembled and released upon lysis of the host cell. In the lysogenic cycle, the phage DNA circularizes and integrates into the bacterial chromosome to form a prophage. The lysogenic bacteria replicate normally with the prophage until it enters the lytic cycle again. The genetic switch between lytic and lysogenic cycles is regulated by the cro and CI proteins of the phage.
Njiru, 2012 has described that " Lack of effective point of care diagnostic tests applicable in resource-poor endemic areas is a critical barrier to effective treatment and control of infectious diseases.” Therefore, Innovations in biotechnology that combine molecular biology, microfabrication and bioinformatics are moving nucleic acid technologies from futuristic possibilities to common laboratory techniques and modes for diagnoses. In this context, LAMP (Loop Mediated Isothermal Amplification) is a highly sensitive and specific DNA/RNA amplification method. Advantage of LAMP is isothermal reaction condition and therefore, LAMP is affordable because of no need to have expensive thermal cycler.
Next generation sequencing techniques allow DNA to be sequenced much more quickly and cheaply than previous Sanger sequencing. The document describes three main next generation sequencing methods: Illumina sequencing uses reversible dye-terminator nucleotides and DNA polymerase to sequence DNA clusters on a flowcell; Roche 454 sequencing is based on pyrosequencing and detects pyrophosphate release during nucleotide incorporation to sequence DNA; SOLiD sequencing uses DNA ligase and emulsion PCR to immobilize DNA on beads for sequencing. These new techniques have revolutionized genomics research by increasing sequencing speed and reducing costs.
Next generation sequencing (NGS) provides a high-throughput and cheaper alternative to DNA sequencing through massively parallel sequencing of millions of DNA fragments simultaneously. NGS can be used for target sequencing to identify disease-causing mutations, RNA sequencing to study entire transcriptomes, and has various applications in cancer research and treatment including identifying mutations that predict responses to immunotherapy. However, NGS also faces challenges like accurately sequencing regions with repeats and detecting fusion genes.
Hybridization based molecular markers 1Faiza Khalid
The document discusses different types of genetic markers. It defines markers as genetic elements or DNA sequences that can be detected phenotypically. It classifies markers into molecular markers, biochemical markers, and DNA-based markers. It provides details on different types of DNA-based markers such as anonymous markers, defined markers, PCR-based markers, sequence tagged markers, and hybridization-based markers such as RFLPs. The document discusses the steps involved in RFLP analysis including DNA isolation, restriction digestion, electrophoresis, Southern blotting, hybridization, and autoradiography.
The document describes the steps of Illumina sequencing. Genomic DNA is first fragmented and adapters are ligated to create single-stranded DNA fragments. These fragments are attached to a flow cell and undergo bridge amplification to create clusters of identical DNA fragments. Sequencing occurs through cycles of reversible terminator-based sequencing using fluorescently labeled dNTPs, imaging of the fluorescence, and cleavage of the label and terminator to allow the next cycle. After multiple cycles, the sequenced reads are aligned to the reference genome to determine the original sequence.
This document outlines exercises for quality control of NGS data from an Illumina sequencing experiment on tomato ripening stages. The exercises include: 1) evaluating raw fastq files for format and number of sequences; 2) using FastQC to analyze read quality scores, lengths, duplication levels, and k-mer content; and 3) preprocessing the reads using fastq-mcf to trim low quality ends and remove short reads before reanalyzing with FastQC. The goal is to learn how to evaluate NGS read quality and preprocess data prior to downstream analysis.
Mycoviruses are viruses that infect fungi. The majority have double-stranded RNA genomes and are transmitted intracellularly through cell division and fusion, without being released from the host fungus. They can reduce fungal growth and pathogenicity. Baculoviruses are viruses that infect insects and arthropods. They have double-stranded DNA genomes and are commonly used as biological insecticides targeting specific pest insects. Examples include viruses used against gypsy moths and codling moths. Baculoviruses are safe for use as they cannot replicate in mammals or plants and are host-specific to insect species.
Sequencing is one of the major technological advancement that has taken shape in the last two or three decade. Starting from Sanger and Maxam-Gilbert sequencing methods to the latest high-throughput methods, sequencing technologies has changed the the landscape of biological sciences.
This slide takes a look a the major sequencing methods over time.
Note: Several images included here have been sourced from GOOGLE IMAGES. The content has been extracted from several SCIENTIFIC PAPERS and WEBSITES.
PLEASE DO CONTACT THE AUTHOR DIRECTLY IF ANY COPYRIGHT ISSUE ARISES.
This document discusses PCR-ELISA (polymerase chain reaction - enzyme-linked immunosorbent assay), a sensitive and specific method for detecting nucleic acids present in low concentrations that combines PCR amplification with ELISA detection. PCR-ELISA involves labeling PCR amplicons, hybridizing them with target-specific probes, capturing the labeled hybrids on microtiter plates, and detecting them by immunoassay. While real-time PCR provides similar sensitivity and advantages like rapid detection, PCR-ELISA does not require expensive equipment and can detect different genotypes of infectious agents more easily than real-time PCR.
History, Albert mayor, Stanley, Smith, Crystalline nature, DNA as genetic material, antigenic properties, tmv structure, RNA as genetic material, contribution of Indian scientists to plant virology
SAP Fiori is a collection of apps that provide a simple user experience for commonly used SAP functions across devices. It includes 25 apps for managers, employees, purchasing agents and sales representatives. SAP developed SAP Fiori based on feedback from over 250 customers to make the most frequent business tasks easy to use like consumer apps. Initial customer feedback on SAP Fiori has been very positive.
SAP Fiori is a collection of apps that provide a simple user experience for commonly used SAP functions across devices. It includes 25 apps for managers, employees, purchasing agents and sales representatives. SAP developed SAP Fiori based on feedback from over 250 customers to make the most frequent business tasks easy to use like consumer apps. Initial customer feedback on SAP Fiori has been very positive.
The document summarizes the ligase chain reaction (LCR) technique. LCR amplifies DNA sequences using four probes and ligase and polymerase enzymes instead of amplifying DNA through nucleotide polymerization like PCR. It can detect single nucleotide polymorphisms. The process involves denaturing the DNA, annealing probes to the target sequence, and ligating the probes if they match, repeating for exponential amplification. Products are detected through gel electrophoresis or non-radioactive methods. LCR has applications in infectious disease detection, genotyping and mutation analysis.
The document discusses aerobic and anaerobic digestion processes used in wastewater treatment. Aerobic processes use oxygen and include activated sludge systems, lagoons, trickling filters, and aeration. Anaerobic digestion breaks down organic matter without oxygen to produce methane and carbon dioxide. It includes anaerobic sludge digestion and Imhoff tanks. Both processes use microorganisms and require proper operation and maintenance to effectively treat wastewater.
A pesticide can be defined as any substance or mixture of substances intended for preventing, destroying, repelling, or mitigating any pest.
Pesticides like insecticides, herbicides, fungicides, and various other substances are used to control or inhibit plant diseases and insect pests.
The positive aspect of application of pesticides renders enhanced crop/food productivity and drastic reduction of vector-borne diseases.
However excessive use of these chemicals leads to the microbial imbalance, environmental pollution and health hazards.
Due to these problems, development of technologies that guarantee their elimination in a safe, efficient and economical way is important.
Cauliflower mosaic disease is caused by the Cauliflower mosaic virus (CaMV). It infects cruciferous plants like cauliflower and cabbage. CaMV is a pararetrovirus with a circular double-stranded DNA genome. It is transmitted by the aphid Myzus persicae in a semi-persistent and non-circulative manner. Symptoms include mosaic patterns, leaf deformation, stunting and yellowing. The disease causes significant yield losses worldwide. Management involves controlling the aphid vector through insecticide application.
this presentation deals with transgenic mosquitoes,strategies of vector control by transgenic mosquitoes, methods of transgenesis in mosquitoes, its drawbacks and its limitations
The document summarizes systemic acquired resistance (SAR), a type of induced resistance in plants that confers broad-spectrum protection against pathogens. SAR is activated by initial infection, which triggers salicylic acid signaling and pathogenesis-related protein expression throughout the plant. Key regulators include NPR1, which is required for SAR, and salicylic acid, which is involved in long-distance signaling. SAR provides long-lasting resistance against bacterial, fungal, and viral pathogens.
Lambda phage is a bacteriophage that infects E. coli and can undergo either lytic or lysogenic replication cycles. In the lytic cycle, the phage attaches to the bacterial cell and injects its DNA, which is then replicated and structural proteins are synthesized. New virions are assembled and released upon lysis of the host cell. In the lysogenic cycle, the phage DNA circularizes and integrates into the bacterial chromosome to form a prophage. The lysogenic bacteria replicate normally with the prophage until it enters the lytic cycle again. The genetic switch between lytic and lysogenic cycles is regulated by the cro and CI proteins of the phage.
Njiru, 2012 has described that " Lack of effective point of care diagnostic tests applicable in resource-poor endemic areas is a critical barrier to effective treatment and control of infectious diseases.” Therefore, Innovations in biotechnology that combine molecular biology, microfabrication and bioinformatics are moving nucleic acid technologies from futuristic possibilities to common laboratory techniques and modes for diagnoses. In this context, LAMP (Loop Mediated Isothermal Amplification) is a highly sensitive and specific DNA/RNA amplification method. Advantage of LAMP is isothermal reaction condition and therefore, LAMP is affordable because of no need to have expensive thermal cycler.
Next generation sequencing techniques allow DNA to be sequenced much more quickly and cheaply than previous Sanger sequencing. The document describes three main next generation sequencing methods: Illumina sequencing uses reversible dye-terminator nucleotides and DNA polymerase to sequence DNA clusters on a flowcell; Roche 454 sequencing is based on pyrosequencing and detects pyrophosphate release during nucleotide incorporation to sequence DNA; SOLiD sequencing uses DNA ligase and emulsion PCR to immobilize DNA on beads for sequencing. These new techniques have revolutionized genomics research by increasing sequencing speed and reducing costs.
Next generation sequencing (NGS) provides a high-throughput and cheaper alternative to DNA sequencing through massively parallel sequencing of millions of DNA fragments simultaneously. NGS can be used for target sequencing to identify disease-causing mutations, RNA sequencing to study entire transcriptomes, and has various applications in cancer research and treatment including identifying mutations that predict responses to immunotherapy. However, NGS also faces challenges like accurately sequencing regions with repeats and detecting fusion genes.
Hybridization based molecular markers 1Faiza Khalid
The document discusses different types of genetic markers. It defines markers as genetic elements or DNA sequences that can be detected phenotypically. It classifies markers into molecular markers, biochemical markers, and DNA-based markers. It provides details on different types of DNA-based markers such as anonymous markers, defined markers, PCR-based markers, sequence tagged markers, and hybridization-based markers such as RFLPs. The document discusses the steps involved in RFLP analysis including DNA isolation, restriction digestion, electrophoresis, Southern blotting, hybridization, and autoradiography.
The document describes the steps of Illumina sequencing. Genomic DNA is first fragmented and adapters are ligated to create single-stranded DNA fragments. These fragments are attached to a flow cell and undergo bridge amplification to create clusters of identical DNA fragments. Sequencing occurs through cycles of reversible terminator-based sequencing using fluorescently labeled dNTPs, imaging of the fluorescence, and cleavage of the label and terminator to allow the next cycle. After multiple cycles, the sequenced reads are aligned to the reference genome to determine the original sequence.
This document outlines exercises for quality control of NGS data from an Illumina sequencing experiment on tomato ripening stages. The exercises include: 1) evaluating raw fastq files for format and number of sequences; 2) using FastQC to analyze read quality scores, lengths, duplication levels, and k-mer content; and 3) preprocessing the reads using fastq-mcf to trim low quality ends and remove short reads before reanalyzing with FastQC. The goal is to learn how to evaluate NGS read quality and preprocess data prior to downstream analysis.
Mycoviruses are viruses that infect fungi. The majority have double-stranded RNA genomes and are transmitted intracellularly through cell division and fusion, without being released from the host fungus. They can reduce fungal growth and pathogenicity. Baculoviruses are viruses that infect insects and arthropods. They have double-stranded DNA genomes and are commonly used as biological insecticides targeting specific pest insects. Examples include viruses used against gypsy moths and codling moths. Baculoviruses are safe for use as they cannot replicate in mammals or plants and are host-specific to insect species.
Sequencing is one of the major technological advancement that has taken shape in the last two or three decade. Starting from Sanger and Maxam-Gilbert sequencing methods to the latest high-throughput methods, sequencing technologies has changed the the landscape of biological sciences.
This slide takes a look a the major sequencing methods over time.
Note: Several images included here have been sourced from GOOGLE IMAGES. The content has been extracted from several SCIENTIFIC PAPERS and WEBSITES.
PLEASE DO CONTACT THE AUTHOR DIRECTLY IF ANY COPYRIGHT ISSUE ARISES.
This document discusses PCR-ELISA (polymerase chain reaction - enzyme-linked immunosorbent assay), a sensitive and specific method for detecting nucleic acids present in low concentrations that combines PCR amplification with ELISA detection. PCR-ELISA involves labeling PCR amplicons, hybridizing them with target-specific probes, capturing the labeled hybrids on microtiter plates, and detecting them by immunoassay. While real-time PCR provides similar sensitivity and advantages like rapid detection, PCR-ELISA does not require expensive equipment and can detect different genotypes of infectious agents more easily than real-time PCR.
History, Albert mayor, Stanley, Smith, Crystalline nature, DNA as genetic material, antigenic properties, tmv structure, RNA as genetic material, contribution of Indian scientists to plant virology
SAP Fiori is a collection of apps that provide a simple user experience for commonly used SAP functions across devices. It includes 25 apps for managers, employees, purchasing agents and sales representatives. SAP developed SAP Fiori based on feedback from over 250 customers to make the most frequent business tasks easy to use like consumer apps. Initial customer feedback on SAP Fiori has been very positive.
SAP Fiori is a collection of apps that provide a simple user experience for commonly used SAP functions across devices. It includes 25 apps for managers, employees, purchasing agents and sales representatives. SAP developed SAP Fiori based on feedback from over 250 customers to make the most frequent business tasks easy to use like consumer apps. Initial customer feedback on SAP Fiori has been very positive.
Delivering a Strategic and Delightful User ExperienceWilliam Newman
SAP’s UX strategy was unveiled nearly two years ago. How are customers moving forward with the embracing this strategy, making it their own, and demonstrating results? Based on hands-on planning with business and IT teams, learn the key drivers and best practice approaches to use when planning your UX strategy program. Case studies and examples of early adopters, along with pitfalls to avoid and key points to consider will prepare your team and position for success in your UX program. Testimonials and examples from Shell, Valero, Unilever and others
This document discusses SAP's Multichannel Customer Engagement solution for utilities. It provides an overview of the solution, which includes a multichannel foundation and apps to enable consistent, real-time customer service across channels. The foundation allows utilities to reduce costs, increase retention, and offer exceptional customer service. It also describes the need for multichannel engagement as customer expectations have risen, and outlines SAP's vision and roadmap to address this need.
If you’ve already developed one or more apps, there is a great market out there for businesses seeking ready made apps.
What a fantastic way to set up a bunch of passive income streams.
Learn more: https://www.apphappening.com/
Publishing Your First Paid App on AppExchange: The Inside ScoopSalesforce Developers
Are you thinking of building an app to sell on AppExchange? Are you just about to publish your paid app? Join us for tips and tricks on how to get the most out of AppExchange before you hit that "publish" button. After this session you will have a better idea of how AppExchange works, how to generate more leads from AppExchange, and how to give your app the best chance for success.
ASUG chapter update on SAP UX 2022 March BC Chapter meeting.pdfPeter Spielvogel
SAP UX Update: Strategy, Engagement, Innovations, and Tools
Agenda:
What’s next for SAP Fiori
* new Horizon visual theme for SAP Fiori
* new design culture and processes
SAP S/4HANA Cloud updates
* new product home page for SAP S/4HANA Cloud
* new personalization capabilities in SAP S/4HANA Cloud based on SAP Screen Personas
Application development accelerators
* new flexible programming model in SAP Fiori elements using OData V4
* enhanced low-code capabilities in SAP Fiori tools to accelerate app development
The document discusses SAP's approach to co-innovation, which involves customers collaborating closely with SAP throughout the product development process. The co-innovation process has four phases: 1) gathering customer insights to inspire product development, 2) iterative development where customers provide feedback, 3) documenting customer proof of value, and 4) taking the solution to market. Key aspects of the approach include designing products based on customer needs, continuous customer feedback to influence the product, and ensuring early customer success through dedicated support.
The document discusses considerations for migrating from SAP ERP to S/4 HANA Simple Finance. There are technical requirements that must be met before migration, including being on EHP 7. Partner applications also need to be checked for compatibility with S/4 HANA. Keeping users informed and providing training is important as S/4 HANA introduces a new web-based and mobile-friendly user interface. Migrating provides an opportunity to improve financial processes with solutions that integrate seamlessly with S/4 HANA.
Unveiling Our All-New Enhancement Request Model and Customer Support PortalSAP Ariba
The document discusses SAP Ariba unveiling an all-new customer support portal and enhancement request model. It provides an agenda for presentations on the new support portal, demonstration of the portal, introduction of the new enhancement request model, and demonstration of the model. The goal is to improve user experience, encourage self-service and learning, and improve collaboration. The new model aims to empower customers to collectively submit and vote on product ideas to help identify the most desired innovations.
Agenda:
SAP PartnerEdge program for Application Development
A partner perspective - ExpertIG
Interview with ExpertIG
SAP Application Development Partner Center Demo
Next Steps
Q&A
SAP Screen Personas is a key part of the SAP User Experience strategy. SAP Screen Personas provides a simple way to create screens that deliver the Fiori UX for transaction screens for which there is not a Smart Business Cockpit, Factsheet, or Fiori app.
Norfolk Southern Improves the UX with SAP Screen Personas and SAP Fiori ASUG ...Peter Spielvogel
Norfolk Southern presentation from ASUG Annual Conference 2015 (SAPPHIRE NOW) delivered by Chris Reynolds. Topic is how the combination of SAP Screen Personas and SAP Fiori improved the user experience.
The document provides information about ComboApp, a mobile marketing agency. It states that ComboApp was founded in 2009 and has over 740 completed projects. It has been named one of the top app marketing agencies of 2015. The agency provides services such as marketing action plan development, user acquisition, PR outreach, market research, UX design, app store optimization, and monetization strategy development.
The document discusses a presentation by SAP about partnering with them to develop mobile apps for financial services to capitalize on the mobile market opportunity. It covers the growth of digital banking channels like internet and mobile, and how omnichannel banking solutions from SAP can help banks address the challenges of fragmentation across channels and deliver consistent customer experiences. It also provides an overview of the SAP Mobile Platform and the SAP PartnerEdge program for application development that partners can leverage to build and monetize their solutions.
SAP User Experience Strategy - An OverviewWilliam Newman
(Presented ASUG MI Mtg 06/25/15) As SAP’s ongoing Fiori story continues to evolve, its commitment in making usability and the user experience (UX) its number one priority has never been stronger. Get an update on SAP’s user experience (UX) strategy highlighting the importance of user experience, latest achievements as well as next steps also by showcasing latest examples from SAP. It will cover SAP’s UI technology direction and explains how the key elements.
Project Management Nightmares For Startups By Rahul SudameFaichi Solutions
The document discusses challenges of project management for startups. It notes that startups have small teams, evolving product ideas, and changing requirements which make traditional project management approaches like waterfall not work well. It recommends using agile methods like Scrum, maintaining a product backlog of user stories, and collaborating closely with customers for feedback. Both wireframes and close collaboration helped deliver products, while evolving requirements and lack of change control caused issues. Learning included defining core processes, validating ideas with customers, and building what customers need.
This document outlines Appsfunder's mission to provide a fast and cost-effective crowdfunding solution for mobile app developers. It describes Appsfunder's hybrid crowdfunding model and roadmap for offering services like a developer directory, web shop, AAA certification, and local versions. The business model relies on multiple revenue streams from crowdfunding success fees, subscription fees, resale margins, and certification fees. Sales and marketing will utilize an integrated approach targeting developers, funders, and partners. The team is led by founder Pascal De Keyser and includes partners covering key regions.
The document describes SAP Screen Personas, a tool that improves user productivity on SAP systems. It does this by enabling customization of SAP screens through features like rearranging elements, hiding unnecessary fields, merging screens, and automating common steps. The document provides examples of customers who used Screen Personas to simplify processes, reduce training times, and increase efficiency. It also discusses how projected improvements in productivity, training costs, and data quality from using Screen Personas can fund the implementation project.