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Course "Key Factors to Write an Effective Standard Operating Procedure (SOP) and Work Instructions (WIs)" has been pre-approved by RAPS as eligible for up to 12 credits towards a participant's RAC recertification upon full completion. Overview: Writing SOPs or procedural documents can be challenging at times. However, writing SOPs is overall a straightforward process. However, enforcing what you already created and implemented in the pipeline is another story. The term SOP is very obvious. We have seen "clearly written description of how specific tasks are to be done." Another satisfactory definition would be "detailed written instructions that achieve the uniformity of the performance of a specific function." Is the firm doing what the regulations specify? Is the firm doing what their procedures specify? If you are medical device or a pharmaceutical manufacturer, these definitions come as no surprise because when it comes to FDA regulations and guidance documents "establish" means to define, to document (in writing or electronically) and to implement. The goal and emphasis with FDA is simple. Proof of "Establish" is the foundation. Is the firm doing what the regulations specify? Is the firm doing what their procedures specify? Are the procedures being followed and enforced by company personnel? SOPs are needed in regulated industries to give step-by-step instructions for performing a particular job or task. This session will provide a step-by-step overview and a snapshot of the procedure description, the process and format. The subject matter of a SOP may range from how to operate a piece of machinery to how to log into a particular software program. SOPs ensure consistency and reliability because they require training of all affected parties. This session will address recent enforcement actions for SOP related violations but no surprise. Most of our enforcement actions are documentation related, i.e., SOP or other procedural documents. We will review examples from

Course "Risk Analysis and Design of Experiments (DOE) in Process Validation and Development" has been pre-approved by RAPS as eligible for up to 12 credits towards a participant's RAC recertification upon full completion. Overview: This course is designed to help scientists and engineers plan and conduct experiments and analyze the data to develop predictive models used to optimize processes and products and solve complex problems. DOE is an extremely efficient method to understand which variables (and interactions) affect key outcomes and allows the development of mathematical models used to optimize process and product performance. The models also provide an understanding of the impact of variability in controllable and uncontrollable factors on important responses. The concepts behind DOE are covered along with some effective types of screening experiments. Case studies will also be presented to illustrate the use of the methods. This highly interactive course will allow participants the opportunity to practice applying DOE techniques with various data sets. The objective is to provide participants with the key tools and knowledge to be able to apply the methods effectively in their process and product development efforts. Why should you attend: · Plan and conduct experiments in an effective and efficient manner · Apply good experimental practices when conducting studies · Determine statistical significance of main and interaction effects · Interpret significant main and interaction effects · Develop predictive models to explain and optimize process/product behavior · Check models for validity · Utilize models for one or more responses to find optimal solutions · Apply very efficient fractional factorial designs in screening experiments · Apply response surface designs for

Hybrid seeds are developed by cross-breeding plants (two or more plants) of different species. Cross-pollinated will develop a seed that carries one or more desired traits. These seeds are widely used in farming (commercial) to increase yields and to develop climate and disease resistant plants. Moreover, these seeds are widely used in farming and gardening of vegetables and flowers such as sweet corn tomatoes, and roses. Hybrids are chosen to improve the characteristics of the resulting plants such as better fruit quality, better uniformity, heat and cold tolerance, early maturity, increased yield, etc. Increasing demand for vegetables and fruits from emerging economies is expected to increase the demand for hybrid seeds. Hybrid seeds are the major contributors to the rise in agricultural output since the 20th century. Several breeding companies are focused on developing the resultant crops resistant to diseases through extensive research and development activities. However, the development of such seeds may be hindered under adverse climatic conditions. In 2018, a German company launched a hybrid rice seed with robust tolerance to Brown Plant Hopper pests and Bacterial Leaf Blight. Read more @ https://coherentmarketinsights-cmi.blogspot.com/2020/12/hybrid-seeds-increase-yields-and.html

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At least, one day in the week can be kept aside for spending some quality time with your family by going on outings like some picnics etc.