5 paragraph Informative essay

Question

You will use a formal language and format.
You will upload this typed essay on p. 10 of lesson 11.
Your Portfolio will take 3 days to complete.
You will write your essay during lessons 9,10, and 11.

Answer 1

Title: The Impact of Crystallography on Scientific Advancements

Crystallography, the science of examining crystals, has seen exceptional growth over the past few centuries, gaining prominence as a fundamental field within numerous scientific disciplines. Being a means to understand the molecular configurations of different kinds of matter, this field has expedited a diverse range of breakthroughs in science and technology. This informative essay aims to shed light on crystallography's pivotal role in science and technology, and its promising future.

The impact of crystallography on drug design and development is significant, primarily in the pharmaceutical industry. The need for efficacious, safe treatment alternatives drives continuous innovation in drug discovery, where crystallography plays an instrumental role. By determining the 3D structure of protein targets in disease, crystallography offers profound insights. It enables researchers to develop drugs with enhanced specificity and efficacy towards these targets, leading to personalized and precision medicines.

Further, the application of crystallography extends to the field of material science. As the properties of the majority of materials are crystal-structure dependent, gaining knowledge over these structures is fundamental to developing new materials with desired properties. Modern-day electronic devices such as solar cells, semiconductors, and LED screens owe their existence to the principle of crystallography, underlying the importance of this field in technological advancements.

Crystallography also impacts industries from diverse spectrums. In the field of metallurgy, it aids in understanding the configuration and behavior of metal structures, thus helping create stronger, durable metals. In the diamond industry, crystallography supports the creation of near-flawless lab-grown diamonds. It aids in understanding minerals and geological formations in earth science, and in forensic science, it assists in solving crimes by analyzing trace minerals left at crime scenes.

Facilitating an understanding of the natural world at the smallest level, crystallography, indeed, plays a critical role in modern science, industry, and technology. With the rise of powerful techniques such as X-ray crystallography and innovations in computational resources, the potential of this field is rapidly expanding into uncharted territories. Henceforth, the contributions from this field are undoubtedly set to usher in a new era of scientific discoveries and technological advancements.