See Cornerstone in Life Science Review - Issue 40
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🌿 Excited to share my new blog post! 📝 Dive into why scientists should consider using new My-Domains in my latest blog post. Let's explore the benefits of incorporating this digital strategy into scientific research and communication. Check it out here: [link] #ScienceAndTech #DigitalStrategy #MyDomains https://ift.tt/q3eMPgR
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Effective communication is critical to commercial success in the dynamic and ever-evolving field of life sciences. However, the harsh reality is that even the most groundbreaking news can go unnoticed if not presented and distributed effectively. In our latest blog, we explore 7 common reasons why your press releases may be underperforming and offer actionable insights to help you rectify these issues. Read the full blog: https://hubs.li/Q02hfDQM0 #PressRelease #Newswire #LifeScience
7 reasons your press release isn't getting enough attention (and how to fix them)
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Download our ultimate life science marketing glossary here, packed with insights and over 120 marketing definitions, terms, and acronyms to help you boost your know-how. https://hubs.ly/Q01Rl23V0 #lifesciencemarketing #biotechmarketing
Marketing Glossary | Seuss+
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Let's demystify scientific thinking: ❓ What do you think will happen if we do X? ❓How would you do this differently? ❓Why do you think that happened? 💡 https://lnkd.in/gsiWMdDF #STEAM #STEAMlearning #STEAMlearning
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Digital Marketer & Process Improvement NERD - I help companies improve their systems and processes, amplify their voice, increase awareness and drive leads.
Streamlining processes is key in Life Sciences. Consider the handoffs between teams as potential bottlenecks. Merging two processes could not only optimize roles but also improve spatial dynamics. Close the feedback loop by breaking down silos. https://lnkd.in/gq4YMXed
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Digital Marketer & Process Improvement NERD - I help companies improve their systems and processes, amplify their voice, increase awareness and drive leads.
Streamlining processes is key in Life Sciences. Consider the handoffs between teams as potential bottlenecks. Merging two processes could not only optimize roles but also improve spatial dynamics. Close the feedback loop by breaking down silos. https://lnkd.in/gq4YMXed
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Digital Marketer & Process Improvement NERD - I help companies improve their systems and processes, amplify their voice, increase awareness and drive leads.
Streamlining processes is key in Life Sciences. Consider the handoffs between teams as potential bottlenecks. Merging two processes could not only optimize roles but also improve spatial dynamics. Close the feedback loop by breaking down silos. https://lnkd.in/gq4YMXed
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Assistant Professor at King Abdulaziz University | Biochemistry | faculty of Science | Founder of Saudi Biotechnology Research Company (SBRC)
By me 📝… ADDING A VALUE TO A SCIENTIFIC RESEARCH IS NOT MAGIC. It is important to have a clear understanding of the potential outcomes and how they can be developed into a tangible product. Here are some tips on how to choose specific research outcomes and develop them into actual products: 1. Identify a problem or need: The first step in developing a research outcome into a product is to identify a specific problem or need that the product can address. This can be done through market research, surveys, or interviews with potential customers. 2. Evaluate the feasibility: Once you have identified a problem or need, it is important to evaluate the feasibility of developing a product to address it. Consider factors such as technical feasibility, market demand, and potential competition. 3. Set specific goals and objectives: Before developing a product, it is important to set specific goals and objectives for the project. This will help guide the development process and ensure that the product meets the desired outcomes. 4. Develop a prototype: Once you have a clear understanding of the problem or need, and have set specific goals and objectives, it is time to develop a prototype of the product. This will help you test the concept and gather feedback from potential customers. 5. Test and iterate: After developing a prototype, it is important to test the product with potential customers and gather feedback. Use this feedback to iterate on the design and make improvements to the product. 6. Bring the product to market: Once you have a fully developed product that meets the needs of potential customers, it is time to bring it to market. This may involve manufacturing, distribution, marketing, and sales strategies. By following these steps, you can choose specific research outcomes and develop them into actual products that address the needs of consumers and successfully enter the market. Remember to stay flexible and open to feedback throughout the development process to ensure the success of your product.
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Streamlining processes is key in Life Sciences. Consider the handoffs between teams as potential bottlenecks. Merging two processes could not only optimize roles but also improve spatial dynamics. Close the feedback loop by breaking down silos. https://lnkd.in/gH7fB9Ef
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Streamlining processes is key in Life Sciences. Consider the handoffs between teams as potential bottlenecks. Merging two processes could not only optimize roles but also improve spatial dynamics. Close the feedback loop by breaking down silos. https://lnkd.in/gH7fB9Ef
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