IPH EXERCISE

Pancreatic cancer is tricky to manage because it spreads easily and early, and the tumors have a unique biological makeup. But, researchers made a breakthrough by learning about the genetic changes that occur during tumor migration -- and also found a drug that can obstruct the process. #ra #apeuni_1347

🗓 برنامه تمرین از تاریخ ۱۴۰۳/۲/۸ تا تاریخ ۱۴۰۳/۲/۱۳ : 🟧شنبه: 🟢مریم گل ساعت ۲۲ تمرین RA 🟧یکشنبه: 🟢سروناز نوبری ساعت ۱۹ دوره همی WFD 🟢رضا شکاری ساعت ۲۱:۳۰ تمرین DI 🟧دوشنبه: 🟢دامون نمازی ساعت ۱۴ تمرین RS 🟢رضا شکاری ساعت ۲۲ تمرین RA 🟧سه شنبه: 🟢رضا شکاری ساعت ۱۰:۳۰ صبح تمرین ESSAY 🟢کسری نوروزی ساعت ۱۷ تمرین RFIB/RWFIB 🟢دامون نمازی ساعت ۲۲ تمرین RA 🟧چهارشنبه : 🟢سروناز نوبری ساعت ۲۱ دورهمی ASQ 🟧پنجشنبه : 🟢دامون نمازی ساعت ۱۴ تمرین SWT 🧿🧿🧿دوستان عزیز لطفا لینک گروه رو با دوستاتون به اشتراک بذارین🌹🌹🙏🙏 لینک گروه اصلی: @Iran_PTE_House لینک کانال اکسرسایز: @IPH_EXERCISE آدرس سایت: https://iranptehouse.com 🔴لینک گوگل کلندر تمرین های گروهی: https://calendar.google.com/calendar/u/0?cid=OXFocWJhOTlrMTlhdG9nMGQ4b3V1Y2k0djBAZ3JvdXAuY2FsZW5kYXIuZ29vZ2xlLmNvbQ

Sample Answer NP: Although a breakthrough in solar cell technology can perceive the limitations of photovoltaic cells as perovskite solar cells, capturing and converting sunlight into electricity could associate high efficiency and low production costs with being affordable and accessible; moreover, the flexibility and versatility may derive a sustainable and eco-friendly future from the advancements in renewable energy. 55w Sample Answer ST: Although a more sustainable and eco-friendly future highlights the advancements in renewable energy, the flexibility and versatility open up new possibilities for integration into various applications; moreover, perovskite solar cells may gain attention for its high efficiency and low production costs due to the significance of being affordable and accessible, but photovoltaic cells have limitations when it comes to capturing sunlight and converting it into electricity because of a breakthrough in solar cell technology. 74w #SWT_468 #Apeuni ——————————————————— 🎖Together we persevere, Together we can 🎖 @Iran_pte_house

Recent research has led to a significant breakthrough in solar cell technology, offering the potential to revolutionize the way we harness and utilize solar energy. This innovation promises to make solar power more efficient and accessible than ever before. Traditional solar cells, known as photovoltaic cells, have limitations when it comes to capturing sunlight and converting it into electricity. A major challenge has been maximizing the absorption of sunlight across a broad spectrum of wavelengths. However, researchers have now developed a new type of solar cell that addresses this issue. The breakthrough involves the use of perovskite solar cells, a type of solar technology that has gained attention for its high efficiency and low production costs. Perovskite solar cells have the unique ability to absorb a wider range of light wavelengths, making them more effective in converting sunlight into electricity. Furthermore, perovskite solar cells can be manufactured using simpler and more cost-effective methods than traditional silicon solar cells. This means that solar panels incorporating this technology can potentially be produced at a lower cost, making solar energy more affordable and accessible to a broader range of people. Additionally, the flexibility and versatility of perovskite solar cells open up new possibilities for integration into various applications, such as wearable technology, building-integrated photovoltaics, and portable electronic devices. This breakthrough in solar cell technology not only holds promise for a more sustainable and eco-friendly future but also highlights the ongoing advancements in renewable energy. As researchers continue to refine and scale up perovskite solar cell production, we may soon see a significant increase in the adoption of solar energy as a clean and efficient power source. #SWT_468 #Apeuni ——————————————————— 🎖Together we persevere, Together we can 🎖 @Iran_pte_house

❌❌دوستان و همراهان عزیز دورهمی ASQ امشب ساعت ۲۱ کنسل شد❌❌

The sad truth is that happy sounds are infectious. Now comes research that at least partly explains why. It was published this week in the journal of Neuroscience. A British research team played various sounds including laughter to people who are having their brain scanned by a functional MRI machine. All the sounds activated the premotor cortical region of the brain an area preparing facial muscles to move. #RA #Apeuni_prediction #Apeuni_459 ——————————————————— 🎖Together we persevere, Together we can 🎖 @Iran_pte_house

🔆 Transcript: Around the world, renewable energy use is on the rise and these alternative energy sources could hold the key to combating climate change. What is renewable energy? Renewable energy is generated from sources that naturally replenish themselves and never run out. The most common sources are solar, wind, hydro, geothermal and biomass. Over 80 percent of the total energy consumed by humans is derived from fossil fuels. However, renewables are the fastest-growing source of energy in the world. Renewable energy has many benefits. First, it can combat climate change because it creates no direct greenhouse gas emissions. The only emissions that they produce are indirect, meaning those that result from manufacturing parts, installation, operation and maintenance. But even those are minimal. 🔆 Main Points: ⚜️ renewable energy use ⚜️ alternative energy sources ⚜️ combating climate change ⚜️ generating from naturally replenishable sources ⚜️ the fastest-growing source of energy ⚜️ having benefits ⚜️ creating no direct greenhouse gas emissions ⚜️ minimal indirect emissions 🔆 Sample Answer: The essential feature of this topic was to determine renewable energy use. Although combating climate change can perceive alternative energy sources, generating from naturally replenishable sources could associate with the fastest-growing source of energy. Moreover, having benefits may derive creating no direct greenhouse gas emissions from minimal indirect emissions. Consequently, the most vital purpose of the presentation was to clarify the concluding remarks. (63 words) #SST_Sample #Apeuni_Prediction #Apeuni_285 #Alternative_Energy ——————————————— 🎖Together we persevere, Together we can 🎖 @Iran_pte_house

❌❌دوستان و همراهان عزیز تمرین RFIB/RWFIB امروز ساعت ۱۷ کنسل شد❌❌

In recent years in the UK we have seen an increase in mental health problems among young people, so there has been an increased focus on how to support students. Here we have found concerning evidence that students may have a higher risk of depression and anxiety than their peers of the same age who are not in higher education. #RA #Apeuni_1429 ——————————————————— 🎖Together we persevere, Together we can 🎖 @Iran_pte_house

#DI #Apeuni_713 #Apeuni_prediction —————————————————— 🎖Together we persevere, Together we can 🎖

Japanese researchers at Nagoya University have uncovered new aspects of the interaction between mast seeding plants like bamboo and field mice. Their study reveals that mice behavior, influenced by species, environment, and season, plays a crucial role in seed dispersal and forest ecosystem health, challenging existing theories about seed storage and consumption. #RA #1353_Mice_and_Plants