Pharmacogenomics Role in Personalized Medicine

Pharmacogenomics is the study of how genetic variations influence an individual's response to drugs. It combines pharmacology (the study of drugs) and genomics (the study of genes and their functions) to understand how genetic factors can affect drug efficacy, safety, and adverse reactions. By analyzing an individual's genetic makeup, pharmacogenomics aims to personalize drug therapy, optimizing treatment outcomes while minimizing risks and side effects. It plays a crucial role in precision medicine, tailoring medical treatments to an individual's unique genetic profile for more effective and targeted healthcare.
#precisionmedicine #pharmacy #genomics

[@heroary]

As a pharmacy student, it's been more than 1 year and half, that I've searched for PGx to understand, but none of them like that!!! from simple beginning to exact what's it's role in pharmacy and what's a precision medicines😍 hopefully you do a series of content about PGx 🤩💖💕 .....

[@Science-explore]

Thank you so much for your interest. Understanding pharmacogenomics (PGx) involves exploring how genetic variations influence drug responses, and guiding personalized treatment plans. This field has immense potential in optimizing medication efficacy and safety for patients. Precision medicine, a cornerstone of PGx, emphasizes tailored therapies based on individual genetic profiles, leading to better outcomes. A comprehensive series on PGx can cover its foundational principles, clinical applications, and implications for pharmacy practice. It's a dynamic area merging genetics, pharmacology, and patient care, making it vital for aspiring pharmacy professionals. Stay tuned for detailed insights into PGx and its transformative impact on healthcare delivery and patient well-being. Your persistence in seeking knowledge about PGx highlights its growing importance in modern healthcare.

[@Chnardizayee]

Well done dear doctor

[@saranawzad7019]

This video is an excellent resource for learning about how genetic differences affect how we react to medications😊. To tailor care and improve results, pharmacogenomics integrates the study of genes and pharmaceuticals. It's similar to piecing together puzzle pieces to produce a stunning image of customized medical treatment. Furthermore, pharmacogenomics is a prescription for exciting knowledge it's not a pill to ingest! Dr. Bashdar's video has opened my eyes to a whole new world.

[@safeenmizuri7753]

very good and informative - Thank you Dr.

[@Science-explore]

Thank you for your positive feedback!

[@sayfaddinsadraddin9557]

Well done dr

[@Science-explore]

Thank you dear Dr. Saifaddin🤩

[@solinrafiq317]

Thank you dear Dr. 🙏🏻

[@sumayaalaaldin4180]

It was great dear dr❤❤

[@Science-explore]

Thanks for watching! so glad it was helpful!

[@ZanaBaqiNajmadden-sv8cb]

great, well done dear Dr.Bashdar

[@Science-explore]

Thank you for the kind words! I'm glad to hear that the information was helpful.

[@mustafapasha1]

very nice Dr..... 👌👌👌

[@Science-explore]

Well appreciated dear,,

[@Snur-Rasool]

Awesome ✨

[@Science-explore]

I'm thrilled that you found it awesome!

[@biochemistry.12]

Keep going doctor we are proud of you

[@Science-explore]

Thank you for the encouragement! I'm honored to have your support.

[@AlandBashdar-im8vz]

Amazing explanation ❤😊

[@Science-explore]

I'm delighted that you found the explanation amazing!

[@ChroHaris-fm9po]

well done🌸🌻

[@Science-explore]

Glad you enjoyed it!

[@Heroari239]

18:50 Please, next topic, tell us how can we decide and design the right dose according to mutations🧬& precision medicines too 🥺. And Highly thank you🥰 for this nice explanation 🤩

[@Science-explore]

You're welcome! The process of determining and designing the right dose based on genetic mutations and precision medicine is crucial for personalized treatment. This involves analyzing genetic data to identify specific mutations that can impact drug metabolism and response. Factors such as enzyme activity levels influenced by mutations are considered to tailor doses effectively. I'll definitely cover this topic in detail, exploring strategies for dose optimization in precision medicine. Thank you for your interest and appreciation!

[@Nilofarjasm]

❤❤❤

[@Heroari239]

Our enthusiastic doctor 🫶💖•°.

[@Science-explore]

Thanks for your motivated and kind words!

[@gaelanrafeq266]

Mashalla prof bashdar alla bless you😍😍😍

[@Science-explore]

Thank you for your kind words and I really appreciate it!

[@ItaliaDa-ek4gb]

Well done 👏 ❤

[@Science-explore]

Thank you very much! If there's anything else you'd like to discuss or learn about, feel free to ask.

[@Daniel-qh8sy]

Very good 👍

[@Science-explore]

I appreciate your feedback! If there's anything specific you'd like to know more about or if you have other topics you're interested in, feel free to let me know.

[@Motivationalspeech-ze6lj]

Perfect 🥰
Amazing topic 👏
Best doctor ❤️
Thank you so much 💓
God bless you 🙏

[@Science-explore]

You're welcome! I truly value your appreciation and am glad that I could be of help. It motivates me to continue providing valuable information and assistance.

[@al_Quran_al_karim_2022]

Well done 👏
I like that 👌
❤🧬💊

[@Science-explore]

I'm glad to hear that! If there's anything else you'd like to know or if you have any other topics you're interested in, feel free to let me know.

[@heshua7med]

I'm so impressed by this amazing explanation! ! 😲✨😍

[@Science-explore]

Thank you for your amazing comment and I am really delighted that I have your support!

[@user-aya333]

Thankuuuuu our shiny doctor✨

[@Science-explore]

Glad it was helpful!

[@heroary]

🧬💊😍

[@heroary]

🤩WOW

[@zanaassi8677]

Masha allah

[@Science-explore]

Glad it was helpful!