Environmental Molecular Sciences Laboratory (EMSL)’s Post

Hello community. Here is a challenge: 1. What is a synthetic biomarker and why is it necessary to generate synthetic data for simulation purposes? 2. Which healthcare monitoring use cases specifically require synthetic biomarker data simulations, and what are their main objectives? 3. How do real-world biomarker datasets look like, in terms of sample size, variables, and measurement units? 4. What are the current methods used for generating synthetic biomarker data, and how accurate are these approaches? 5. Are there any ethical concerns or legal restrictions that need to be taken into account while working with real-world biomarker datasets or generating synthetic data from them? 6. Which simulation models have shown promising results in healthcare monitoring use cases utilizing synthetic biomarker data, and what are their key advantages? 7. How can we ensure the quality and validity of the generated synthetic biomarker data while maintaining privacy concerns and avoiding bias or distortion of the original dataset? 8. What standardization efforts have been made within the scientific community for generating and utilizing synthetic biomarker datasets, and how can we contribute to these initiatives? This is what, one amongst many, we are working on. We are hiring.

🚨 🚨 We are hiring 🚨 🚨 Sustec is hiring a postdoctoral or senior researcher in Innovation and Diffusion of Carbon Dioxide Removal.   Your research should address broader organizational, institutional or technological questions to tackle challenges like: ● How can we build innovation ecosystems that facilitate the development of CDR technologies? ● Which policy designs enhance – or hinder – the adoption of CDR? ● What are effective governance structures for carbon markets to support CDR? ● How can entrepreneurship & finance contribute to scaling CDR technologies? ● Which role could CDR play in companies' climate strategies? Questions regarding the position can be directed to Niklas Stolz. Please note that we exclusively accept applications submitted through the online application portal: https://lnkd.in/djqxEJ3a Please share within your network and forward to people that might be interested:  Catharina R. Bening, Christof Knoeri, Lucas Miehé, Alejandro Nuñez-Jimenez, Siobhan Powell, PhD, Denise Reike, Arnau Aliana Guardia, Alberto Arcà, Rita Bouallou, Ricarda Fieber, Dianne Hondeborg, James Kneebone, Alicia Lerbinger, David Pfeffer, Oliver Akeret, Julia Bachmann, Lisa Lambert, Emily Mitsuko Lennon, Hareesh Singanallur Poovalagan, Gudrun Thorsdottir, Aliénor von Roten, Michèle Wicki, Barbara Dankwa-Egli, Benedict Probst, Malte Toetzke, Bastien Girod

⚠ WARNING ⚠ Marvelous technology opportunity. 🧠! Introducing Early Screening Test for Alzheimer's, a state-of-the-art Machine Learning model capable of predicting with high accuracy at an early age whether a patient will develop Alzheimer's disease in the future. This allows patients and their families to take preventive measures long before the onset of symptoms. Key advantages include: Allows for early preventive measures. High accuracy in model prediction. Reduction of bias in results. We're seeking companies willing to invest in this groundbreaking technology. Don't miss out on this opportunity to be part of the future of Alzheimer's disease detection and prevention! 💼🧠

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This is an important gap in analytical capability - well worth checking out if you want to be at the forefront of structural mass spec.

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Today, I was revisiting and re-reading the basics of ECG, and I had Just an important realization. While we often focus heavily on interpreting the ECG itself, we tend to overlook essential aspects like considering patient history and comorbidities, and maintaining proper patient positioning, correct lead placement, understanding the ECG machine basics, ensuring good contact with leads etc. These factors are just as critical for accurate ECG readings. For example, misplacing V1 and V2 (in the 2nd or 3rd intercostal space instead of the 4th) can significantly alter ECG results, leading to false interpretations. It can cause abnormal P waves (like a negative P in V1), mimic incomplete right bundle branch block (IRBBB), or even create false Q waves that resemble a septal MI. Such misplacements can also trigger false alerts for STEMI or Brugada patterns, especially in young, healthy individuals. To truly master ECG interpretation, we must consider all aspects of the process—not just the readings themselves. Proper lead placement and a comprehensive approach are essential to avoid misdiagnoses and ensure accurate results, especially when assessing conditions like pulmonary embolism or ischemia. For accurate ECG readings, consider proper lead placement, clean skin, good electrode contact, patient posture, and minimizing movement. Ensure the ECG machine is calibrated, free from electrical interference, and maintain consistent electrode placement. Factor in the patient’s age, body type, heart rate, and comorbidities for reliable results and accurate interpretation. _________

First products are now on the market and at Blue Ocean Closures, we are really keen on advancing the field of dry fiber sintering further by harnessing cutting-edge insights from material science and engineering. Molding and sintering fibers into complex, advanced shapes presents challenges due to the intricate behaviors of particles during the process. Understanding the science behind particle interactions, how different shapes and sizes interact under stress, effects from temperature, pressure, vibrations and more, has the potential to further overcoming these challenges. By applying principles from particle dynamics, we can better understand and control how fibers behave when molded into advanced shapes. This involves managing factors like complex particle alignment, stress distribution, how to handle oxidation at high temperatures, protective moisture and geometrical interference, all of which significantly impact the final structure and strength of the molded product. Our innovative approach enables us to create highly durable and precisely shaped fiber structures, pushing the boundaries of what dry fiber molding can achieve. These advancements are not just about enhancing the functionality of our biobased and recyclable as paper products; they also contribute to more sustainable manufacturing practices, and ultimately to use of better materials. Join us! 🌊♻️🌳 Illustration from “Discrete Element Method Investigation of Binary Granular Flows with Different Particle Shapes” Yu Guo et all

Organizations of all kinds require the storage of millions of data. Thus, document management services have become a necessity. Relying exclusively on paper documents can slow down business operations. Especially in a pandemic scenario, it can halt the business completely. Hence, hiring a document digitization company is vital. Paper documents pose significant challenges because it creates numerous negative impacts. Data digitization services can increase business efficiency and the ability to work from home. Valto Information Technology LLC #Our team is committed to formulating a robust location strategy that not only meets our client's business requirements but also optimizes advantages and minimizes expenditures.

Iowa is scouting for a partner to run a communications campaign to increase student interest in courses and careers in the areas of science, technology, engineering and mathematics https://lnkd.in/d5UzBzq3