Question

1- WHAT IS THE IMPORTANCE OF USING A GOOD KNOWLEDGE MANAGEMENT FOR A SAMPLE TAKING, BOTH, PHYSICALLY AND THEORICALLY.

2-WHAT WOULD BE THE GUIDANCE TO THE PATIENT BEFORE THE SAMPLE PROCESS

3-WHAT WOULD BE THE DISADVANTAGES WHEN PERFORMING THE PATIENT SAMPLING PROCEDURE

4-HOW WE CAN MAKE A GOOD SAMPLE TAKING THAT IS EFFECTIVE, HAVING DATA PRESENT IN THE PATIENT.

5-WE AS PROFESSIONALS, WE HAVE TO BE IN CONSTANT PARTICE AS BOTH THEORETICAL AS VISUAL, AS THIS, ALLOWS US MASTERY OF THE SKILLS, YOU AS PROFESSIONALS WHO WOULD HAVE PRESENT AT ALL TIMES TO BE SURE TO PERFORM A PROCEDURE OF VEN.

6- MENTION THE EQUIPMENT THAT WE CAN USE TO DO THIS PROCEDURE.

Answer 1

1. Effective KM should support the process of decision making and strategic planning. For example, knowledge management plays a major role in the planning phase of a project. Knowledge management is thus important in tactical decision making.

2. The collection of any tissue/fluid carries a risk to staff from splash or inoculation injury, so standard infection prevention and control precautions should be followed. These include adhering to:

1. Hospital environmental hygiene principles
2. Hand hygiene principles
3. Use of personal protective equipment
4. Safe use and disposal of sharps
5. Principles of asepsis

3.

1. Since choice of sampling method is a judgmental task, there exist chances of biasness as per the mindset of the person who chooses it.
2. Improper selection of sampling techniques may cause the whole process to defunct.
3. Selection of proper size of samples is a difficult job

4.

1. When confronted by a study with competing goals and/or complicated structure many alternative designs should be considered. In some complicated study design problems there is no obvious optimal solution among the well-known sampling designs. Even if there is a known solution for one analysis goal, it may be quite different from the best approach for another goal. Many designs should be considered and evaluated, including designs that are nonstandard but that might capitalize on unique features of the specific problem.

2. There is no longer a compelling reason to restrict our attention to the easily evaluated designs from classical sampling texts. Almost any design that can be conceived can be evaluated via simulation. Sampling probabilities can be approximated even in cases where the multiplicity of ways that a unit could be sampled would stymie analytical calculation. Features of the sample that are difficult to calculate in closed form can be simulated even for complicated statistics.

5. In current clinical practice, these four elements translate into five components that should be included in a discussion seeking to obtain informed consent: the diagnosis, the proposed treatment, the attendant risks and benefits of the treatment, alternative treatments and their risks and benefits, and the risks

6. Sampling liquids. The following tools may be used: vacuum pumps, dipping vessels, pipette-type samplers, sampling scoops, piston-tube samplers etc.

Sampling solids in powder or granulated form. The following tools may be used: spear samplers, tube-type samplers, zone samplers, sampling trowels, spiral samplers, samplers for frozen goods, hand-drill samplers, etc.

Sampling gases. Sampling require a metal cylinder (sample cylinder) for collection and transport. Sample cylinder is an assembly that includes a pressure rated cylinder and inlet and outlet isolation valves.