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This PPT on BioInformatics provides an outline of the interesting area bioinformatics that plays a key role in the major research efforts in the field include sequence alignment, gene finding, genome assembly, protein structure alignment, protein structure prediction, prediction of gene expression and protein-protein interactions, and the modeling of evolution.

The contents of the report include an introduction, definitions, history, software, tools, program applications, projects, applications in various areas and case studies.

Bioinformatics is the use of mathematical, statistical and computational methods to analyze biological, biochemical, and biophysical data. Because bioinformatics is a young, rapidly evolving field, however, it also has a number of other credible definitions.

It can also be defined as the science and technology of learning, managing, and processing biological information. Bioinformatics is often focused on obtaining biologically oriented data, organizing this information into databases, developing methods to get useful information from such databases, and devising methods to integrate related data from disparate sources.

This Managing ERP Implementation Failure Project Report is about Managing ERP Implementation Failure. The content of the project consist of Motivation, Objective, and Conceptual Background with models, Phases in ERP Implementation.

The project start with Motivation details of Enterprise resource planning (ERP) including examples. This project has detailed description of two Phases in ERP implementation.

Information technology (IT) projects are capable to changes in the business surroundings, and the management of enterprise systems such as enterprise resource planning (ERP) facing challenging from the increasing speed of change in global business.

The system success depends on the validity of the project management processes. Scope creep, poor risk management, unequal allocation of human resources, and vendor management are some common problems associated with the execution of an enterprise system. These issues affect the success of ERP project.

This research examines how poor project management cans threats ERP system implementation. From the failure of first ERP implementation, the company decides to carry out its second ERP implementation successfully by re-engineered its project management practices.

This study diagnoses and describes critical elements of project management that gave to the success of the second ERP implementation. The organizations which are following second ERP, the determinations provide a guideline to follow to avoid making critical project management mistakes.

This project report also explains the comparison between phase I and II of ERP implementation describing Project management knowledge areas. Finally, the report provides the details of advantages and disadvantages of ERP.

Conclusion:

As per the project report researchers may want to focus on just one particular project management area while expanding the number of case sites. For instance the process of risk management and comparing risk management practices at several firms within the same industry or even across different industries.

Overall, it is expected that this research provides a foundation upon which future research can be built, and project management and ERP should continue to be a fruitful area of research.

This Btech Project Report On Bioinformatics provides an outline of the interesting area bioinformatics that plays a key role in the major research efforts in the field include sequence alignment, gene finding, genome assembly, protein structure alignment, protein structure prediction, prediction of gene expression and protein-protein interactions, and the modeling of evolution. The contents of the report include an introduction, definitions, history, software, tools, program applications, projects, applications in various areas and case studies.

Bioinformatics is the use of mathematical, statistical and computational methods to analyze biological, biochemical, and biophysical data. Because bioinformatics is a young, rapidly evolving field, however, it also has a number of other credible definitions.

It can also be defined as the science and technology of learning, managing, and processing biological information. Bioinformatics is often focused on obtaining biologically oriented data, organizing this information into databases, developing methods to get useful information from such databases, and devising methods to integrate related data from disparate sources.

The computer databases and algorithms are developed to speed up and enhance biological research. Bioinformatics can help answer such questions as for whether a newly analyzed gene is similar to any previously known gene, whether a protein’s sequence can suggest how the protein functions, and whether the genes turned on in a cancer cell are different from those turned on in a healthy cell.

Conclusion:

The goal of this project is a determination of the sequence of the entire human genome. The project provides an outline to the interesting area bioinformatics in a very simple manner. Some basics of the topic are mentioned in an orderly way.

Organisms that are suitable for use in experimental research are termed model organisms. They have a number of properties that make them ideal for research purposes including short life spans, rapid reproduction, being easy to handle, inexpensive and they can be manipulated at the genetic level.

This Bio-Technology Project Report on ICU Ventilator is an intensive care unit (ICU) ventilator. An intensive care unit (ICU) ventilator is a machine used to assist or replace the spontaneous breathing of an ICU patient having breathing problems or problem regarding lungs.

While a physician, nurse, or other healthcare professional might use a hand-compressed “bag” ventilator in an intensive care setting, it would be more common to use an automatically controlled ICU ventilator.

ICU ventilators are used for patients whose condition is critical. This type of ICU ventilator operates according to the ventilation needs of the patient and the oxygen and gas delivery values set on the machine by the caregiver. It can be used for adult, pediatric and neonatal (all three kinds) of patients.

Kinds of Ventilators:

There are two kinds of ventilators modes: (1)-pressure control or support mode and (2)-volume control or support mode. The detail description of Ventilators according to the patient age is available in the report. Later the report defined the functional part of ventilators that are Control unit and Patient unit.

The report provides details about Siemens ventilator SV 300. Siemens ventilator servo 300 is used for all three types of patients. Siemens ventilator servo 900c is used for adult and pediatric patients. Newport ventilator is used only for the neonatal patient.

Conclusion:

In this project report, an attempt is made to provide a complete description of ventilators with its kinds and modes. The other modes of ventilators are Pressure Regulated Volume Control, Volume Support, SIMV (Volume Control) + Pressure Support, SIMV (Pressure Control) + Pressure Support, Pressure Support, CPAP (Continuous Positive Airway Pressure) which helps to control that Pressure and Volume of the patient.

Some patients are unsuitable candidates for non-invasive ventilation and for these, invasive mechanical ventilation should be considered, but only after a careful, realistic discussion between the patient, family, and physician.

Regardless of the type of ventilation selected, a conscientious monitoring program that emphasizes good communication and anticipation and prevention of complications is key to success.