eChapters

Project Implementation

Project Implementation is the process of putting a project plan into action. It takes place after the planning phase; planning phase includes key objectives, timeline and budget of the project. Execution includes organizing resources and assessing performance to guarantee the project stays within its anticipated scope and budget. It also involves handling any unforeseen issues in a way that keeps a project running smoothly.

Steps for Project Implementation

1. Assess the Project Plan: Before implementing the project, it is essential to create a plan that satisfies the expectations of the management, customers, and other stakeholders. The project manager must assess the project plan and guarantee that all team members comprehend the project and its requirements. The project manager must define the roles and the time required to complete each role. This step sets the standard for cooperation at work.

2. Execute the Plan: At this stage, the real work on the project begins. The project manager regularly discusses progress with his team. It measures progress along a timeline and tracks resource usage.

3. Make required Changes: Sometimes, during the implementation of the project, the manager has to make changes at the request of the customers or in other situations. Make these changes as needed, based on the design plan for solutions. Continue to interact with the team and ask questions to determine areas where they need more support.

4. Examine Project Data: It is crucial to gather and evaluate data throughout the execution phase of the project to assess the advancement of the project in comparison to its initial plan. Now, the day manager can use many project management software and information technology to collect and analyze real time data.

5. Assess the Feedback: After the conclusion of the project, it is crucial to gather feedback regarding the project outcomes from the clients, the project team and other stakeholders. This assists in determining the number of activities in the project that were executed as intended and aspects that require enhancement moving forward.

Nanotechnology is manipulation of matter on an atomic, molecular, and supramolecular scale. The earliest, widespread description of nanotechnology referred to the particular technological goal of precisely manipulating atoms and molecules for fabrication of macroscale products, also now referred to as molecular nanotechnology.
Nanotechnology as the manipulation of matter with at least one dimension sized from 1 to 100 nanometers. This definition reflects the fact that quantum mechanical effects are important at this quantum- realm scale, and so the definition shifted from a particular technological goal to a research category inclusive of all types of research and technologies that deal with the special properties of matter which occur below the given size threshold. It is therefore common to see the plural form "nanotechnologies" as well as "nanoscale technologies" to refer to the broad range of research and applications whose common trait is size.
Introduction
A nanometer (nm) is one thousand millionth of a meter. A single human hair is about 80,000 nm wide; a red blood cell is approximately 7,000 nm wide, a DNA molecule 2 to 2.5 nm, and a water molecule almost 0.3 nm. The term ”nanotechnology” was created by Norio Taniguchi of Tokyo University in 1974 to describe the precision manufacture of materials with nanometer tolerances, but its origins date back to Richard Feynman’s 1959 talk ”There’s Plenty of Room at the Bottom” in which he proposed the direct manipulation of individual atoms as a more powerful form of synthetic chemistry. Eric Drexler of MIT expanded Taniguchi’s definition and popularised nanotechnology in his 1986 book “Engines of Creation: The Coming Era of Nanotechnology”. On a nanoscale, i.e. from around 100 nm down to the size of atoms (approximately 0.2 nm) the properties of materials can be very different from those on a

The concept of value, expressible in the metric units by which the character is  measured. The value observed when the character is measured on an individual is the phenotypic value of that individual. All observations of means, variance, or covariances, must clearly be based on measurements of phenotypic values. In order to analyse the genetic properties of the population we have to divide the phenotypic value into two componants. 
The first division of phenotypic value is into components attributable to the influence of genotypic and environment. The genotype is the particular assemblage of genes possessed by the individual, and the environment is all the non-genetic circumstances under the term ‘environment’ means that the genotype and the environment are by definition the only determinants of phenotypic value. The two components of value associated with genotypic value and the environmental deviation. 

Nucleic acids were first discovered in 1868 by Friedrich Meischer. Nucleic acids are high molecular weight polymers that are present in our cells. They store and transfer genetic material from generation to generation. Knowledge of how genes are expressed and how they can be manipulated is becoming increasingly important for understanding of nearly every aspect of biochemistry. These macromolecules p ass on information for cellular growth and reproduction. All the genetic information in the cells is called the genome. Every time a cell divides, the information is copied and passed on to the new cells.

ABSTRACT

Veterinarians, appointed in field, rarely get the opportunity to update their knowledge and skills, through trainings or courses, due to their working conditions. More over, they feel isolated and neglected from colleges due to poor interactions. Looking to this need, the courses on Post Mortem Techniques and Diagnosis of Parasitic Diseases in Livestock were developed, based on the Need Assessment survey. The courses were developed on interactive CD ROM with audio, video clips and photographs along with some reading material. The courses were of one credit each and had minimum one face-to-face session. The response by the veterinarians was tremendous and around 210 veterinarians offered for the courses by paying fees. Participants and stakeholders expressed the need for additional courses and accordingly two more courses on surgical techniques in large and small animals were launched which also received good response.

Synonyms : Johne’s disease, Chronic  specific enteritis of cattle, Chronic bacillary dysentery
 
Paratuberculosis (Johne’s disease), an infectious disease caused by Mycobacterium avium subspecies paratuberculosis (MAP), has been recognized as a major disease of ruminants for over a century. It is primarily a disease of domestic and wild ruminants and causes heavy economic losses  in cattle, sheep and goat industry. It is spreading insidiously among animal population worldwide.  Recently it has been shown  that  the disease is not restricted to ruminants only and the host range is expanding to cause disease in other species including Crohn’s disease in humans. In India, the  disease has been occurring  since early 1930s in cattle, sheep and goats in almost every state. The disease in ruminants is clinically characterized by chronic intermittent profuse diarrhea, weight loss, emaciation and finally death.

Ber (Zizyphus mauritiana Lamk.) is one of the ancient and common fruits, indigenous to India. It is growing in wild, semi wild and cultivated forms all over the country in sub-tropical and tropical areas. Area under ber in J&K is 5,376 hectare with annual production of 10,779 metric tonnes.

Climate and Soil

Ber plant is hardy and can grow successfully even under poor soil and unfavourable climatic conditions, where most other fruit trees fail to grow. It prefers a hot and dry climate for its successful cultivation, but needs adequate water during its first fruiting season. It can be grown up to an elevation of 1000 meters above sea level. Excessive atmospheric humidity seems to be a limiting factor in its successful fruiting.

The ber tree develops a deep tap root system with in a short period of its growth and as such adopts itself to wide variety of soils. However, deep sandyloam soils appear to be better for its plantations. It is well known in its ability to thrive under adverse conditions of salinity, drought and water logging.

Aim: Study of 3 point and 4-point starter.

Theory

A 3-point starter in simple words is a device that helps in the starting and running of a shunt field or compound excited dc motor. Now the question is why these types of dc motors requires the assistance of the starter in the f irst case. The only explanation to that is given by the presence of back emf Eb , which plays a critical role in governing the operation of the motor. The back emf, develops as the motor armature starts to rotate in presence of the magnetic field, by generating action and counters the supply voltage. This also essentially means that the back emf at the starting is zero, and develops gradually as the motor gathers speed.

Introduction 
It is a common vegetable crop of rabi season which belongs to the family Apiaceae (Umbelliferae). Due to prevalence of protandry condition, the crop is cross pollinated in nature and self-pollination within individual flower is restricted. It comprised of three distinct cultivated varieties grown over the world for various economic purposes and classified as below depending upon usefulness of different parts.
Origin
It found is globally distributed in New Zealand, Australia, South Africa, Mediterranean basin, and South America, whereas Argentina and Chile are the richest sources. Habitat is extensively ranging from Egypt, Algeria, and Abyssinia to Sweden.

The Concept of ‘Clean Milk’ Production

Although milk is nature’s most ideal and perfect single food both for the newborn and the mature human beings, the possibility of it being a source of biological and chemical hazards cannot be excluded. In view of the immense dietary importance of milk, the need for production of safe, clean and wholesome milk is emphasized. The term ‘clean milk’ does not mean milk in which all visible dirt is absent or milk from which it has been removed; rather it does denote raw milk from healthy animals, that has been produced and handled under hygienic conditions; that contains only small number of harmless bacteria and that possesses a good keeping quality without being treated by heat. In other words, the unhygienic production of milk may lead to inferior keeping quality as a result of rapid microbial multiplication under favourable storage conditions apart from serving as a potential health hazard. These microorganisms cause the milk to sour quickly, putrefy and develop undesirable flavours, colour defects, ropiness and bitterness. On the other hand, the pathogenic microorganisms, which may gain entry through various sources, may cause many diseases to the consumers.

ABSTRACT

The domestic buffalo occupies an important niche in agricultural systems by providing milk, meat and draught power. Indian buffalo population which is about 1/3 of the cattle population contributes more than half of the total milk production of the country.  Several biological and socio-economic problems restricted the efficiency of buffalo production which needs careful and intensive research. Studies pertaining to reproduction are one of the important areas in buffalo research. The reproductive process in buffalo is complex in nature, which differs on many aspects with the cattle. There is a need to undertake separate strategies to understand buffalo reproduction to disseminate the information to the livestock owners and researchers.

ABSTRACT

A Distributed Database is a database that is under the control of a central database management system (DBMS) in which storage devices are not all attached to a common CPU and may be dispersed over a network of computers interconnected through internet. To ensure that the Distributive databases are up to date and current, there are two processes: replication and duplication. Replication involves using specialized software that looks for changes in the distributive database. Once the changes have been identified, the replication process makes all the databases look alike. The replication process can be very complex and time consuming depending on the size and number of the distributive databases. Duplication on the other hand is not as complicated. It would basically identify one database as a master and then duplicates that database. This is to ensure that each distributed location has the same data. In the duplication process, changes to the master database only are allowed. This is to ensure that local data will not be overwritten. Both of the processes can keep the data current in all distributive locations. The most commonly used databases are DB2, MySQL, Oracle, MS-Access, Ingres, Firebird, MS SQL Server, Teradata, Sybase, Informix and Postgre SQL. Use of single or combination of databases depending on the requirement is key to success. This distributed data management with different levels of transparency like network transparency, fragmentation transparency, replication transparency, etc. Increase reliability and availability of data to the users as well as reduces the database downtime and increase the database performance, reduces network failure due to reduction of network traffic.

Introduction

The poultry industry is under pressure to produce safe and good quality meat in the welfare conditions. Many areas such as genetics, biosecurity, and immunoprophylaxis were improved, and hatchery is one of the areas in which welfare could be improved for better production output. Under commercial hatched conditions, poults hatch over a 36 to 48 hour period (called hatching window) and after additional processing are transported to the farm. Hatch window is the time gap from first chick hatched to last chick hatched (Noiva et al., 2014). This causes early hatched chicks to be deprived of feed for longer duration (Kadam etal., 2013). 

Calcinosis is a condition characterized by the abnormal deposition of calcium salts in soft tissues, often leading to significant morbidity in affected animals. This condition is particularly relevant in grazing animals, as it can be associated with dietary imbalances, exposure to toxic plants, and metabolic disorders. Depending on the etiology, calcinosis can present as dystrophic, metastatic, or calcinosis circumscripta. Understanding the pathogenesis, clinical signs, diagnosis, and management is crucial for prevention and control in grazing animals.
Types of calcinosis
1. Dystrophic calcinosis: This type of calcinosis occurs when calcium deposits in damaged or necrotic tissues despite normal blood calcium levels. Associated with trauma, infections, or localized inflammation.
2. Metastatic calcinosis: This type of calcinosis results from hypercalcemia, which leads to calcium deposition in normal tissues.
Common causes include:
Nutritional imbalances (excessive calcium or vitamin D intake),
Toxic plants (e.g., Cestrum diurnum),
Chronic renal failure, causing disturbances in calcium-phosphorus metabolism,
Paraneoplastic syndromes associated with tumors.

In the modern industrialized world, cancer has become the most feared of all diseases. Cancer has gained considerable relevance in animals now-a-days owing to the increased awareness among people towards animal sufferings and pain. The diagnosis and management of neoplasm, therefore, represent the major challenges faced by a veterinary oncologist. With the emergence of multitude of interdisciplinary and subspecialty fields of cancer science like tumour biology, cancer chemotherapeutics, immuno-pathology etc, different managemental modalities like excisional surgery, chemotherapy and immunotherapy have evolved. These therapies either alone or in combination make all neoplasm patients to have an improved quality and quantity of life if not always cures. The quality of life of the animal should always be prioritized.

The adjustment and maintenance of soil pH at a value suitable for optimal crop production is the first step in soil management, because soil pH affects soil properties, nutrient availability and plant nutrition. In India, about 30M ha cultivated  land  suffer from high soil acidity (pH < 5.5). These soils are critically degraded and are of poor health producing crop yields, which are often less than 50% of that in normal soils. Due to this, farmers use much less fertilizers for crops (50 to 80 kg NPK ha^-1), since this is not profitable.

GENETIC ENGINEERING

Genetic engineering is a means of improving the food supply even before harvest or slaughter by improving yields, increasing disease resistance, and enhancing the nutritional qualities of various foods. Broadly speaking, genetic engineering refers to any deliberate alteration of an organism’s DNA. Genetic engineering has been practiced for thousands of years, ever since humans began selectively breeding plants and animals to create more nutritious, better tasting foods. In the past two decades, genetic engineering has become increasingly powerful as scientific advances have enabled the direct alteration of genetic material. Genetic engineering is alternately called as ‘ recombinant DNA technology’ or ‘gene cloning’. Genes have been cut and pasted from one species to another, yielding, for example, disease- resistant squash and rice, frost-resistant potatoes and strawberries, and tomatoes that ripen-and therefore spoil-more slowly.

Genetically modified organism (GMO) is a microbe or more complex plant or animal in which DNA has been altered for a particular purpose such as manufacturing proteins, making improvement to the organism, research into the nature of genes and biological process, correcting genetic defects.