The United States holds an estimated 45% of the global pharmaceutical market. Working as a pharmacist can be one of the most rewarding and lucrative jobs in the country, and this position certainly isn’t going away. In fact, job growth for pharmacists is actually projected to increase by 3% by 2024.
If you’re currently in college and are working toward your goal of breaking into the pharmaceutical industry (or a related industry within the scientific community), you need to make sure you’re taking your education seriously. Even making a few minor miscues during this crucial period of your life can ruin your chances of landing a great scientific job.
Here are some common mistakes that students make within the scientific community:
- Not keeping track of research –Research is extremely important in college, but it’s absolutely imperative when it comes to any scientific field. From day one of school until the end of your (hopefully) long-lasting scientific career, you’re going to need to keep track of all your notes, findings, and data points. Scientific notebooks are essential for every point throughout your educational and professional career.
- Spending too much time studying — Studying, obviously, is a key factor of success when it comes to schooling. But far too many scientific students only focus on memorizing terms and formulas, rather than actually implementing what they learn. You need to study, yes, but it’s just important to get into the lab and gain some practical experience.
- Ignoring safety procedures — Whether you’re mixing chemicals, handling pharmaceuticals, or anything in between, you need to constantly be thinking about safety. Start focusing on safety aspects early on in your studies so it comes as second nature once you get out into the field. A single safety mistake can have catastrophic results when it comes to the medical, pharmaceutical, and scientific sector.
Work hard in the lab, focus on safety, take and review plenty of notes, and always focus on safety to succeed in the scientific field. If you want to find your own high-quality scientific notebook or purchase great laboratory notebooks, give Scientific Notebook Company a call today.
Gravel devils can form in a number of ways. The most common formation occurs over highly acidic pools of water near inactive volcanoes or lava flows. Gypsum crystals form from these areas as water evaporates, melding into crystalline structures that then get picked up by the wind. Like dust devils, wind conditions must be just right—changes in pressure and wind direction are almost always responsible.
Gravel devils spin up due to changes in the environment (mostly related to wind). The sheer force of those wind changes and the surrounding wind patterns dictate how far they will travel before they lose power. Some studies identify that gravel devils can potentially travel as far as 5 kilometers while carrying exceptionally large crystals, only dumping them on the ground when pressure or wind force finally changes.
As archaeologists continue to excavate the pyramid, they will also continue to gain information about how large it is, whether it is intact, and what secrets the structure may hold. It was originally reported that this pyramid was believed to be one of the first attempts by Ancient Egypt to build a smooth-sided pyramid, but this is now thought to be a translation error.
As scientists continue to reveal what the new discovery has to offer, they are likely to feel the rush of making a new discovery with each milestone they reach. New discoveries are only experienced once before they become news and the scientist moves on to the next one. The same is true for any researcher at every level of research.
What exactly happens in the brain during the four to six times per night that we all dream has been a mystery until now. The University of Wisconsin School of Public Health conducted a study that has found a “hot zone” in the back of the brain. This discovery gives a better understanding of how and when we dream, which areas of the brain are involved, and what that contributes to the content of your dreams.
Based on the EEG readings, whether the sleepers would report a dream or not when they awakened, researchers were able to predict the presence of dreaming 92 percent of the time and the absence of dreaming 81 percent of the time. Not only does the research give us a better understanding of how and when we dream, it could lead to ways of inducing sleep and even altering dreams, for those who struggle with nightmares and insomnia.
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