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800 tulosta hakusanalla Jemison
A Narrative of the Life of Mrs. Mary Jemison (Edition2024)
James E Seaver
Double 9 Books LLP
2024
nidottu
"A Narrative of the Life of Mrs. Mary Jemison" by James E. Seaver is a captivating biography that transcends genres, offering readers a compelling glimpse into the remarkable life of Mary Jemison. Through meticulous research and vivid storytelling, Seaver masterfully chronicles the extraordinary journey of Mary Jemison, who was abducted by Native Americans during the French and Indian War and subsequently adopted into the Seneca tribe. At its core, Seaver's narrative blends elements of biography, historical documentation, and cultural exploration. Through Mary Jemison's experiences, readers are transported to the frontier of colonial America, where the clash of cultures and the resilience of the human spirit are vividly depicted. Seaver's work delves into themes of identity, belonging, and cultural adaptation, offering profound insights into the complexities of Native American-European relations during a tumultuous period in American history. With rich detail and poignant storytelling, "A Narrative of the Life of Mrs. Mary Jemison" stands as a timeless testament to the power of resilience and the enduring quest for understanding across cultures and generations.
You Should Meet Misty Copeland, Katherine Johnson, and Mae Jemison!: Misty Copeland; Katherine Johnson; Mae Jemison
Laurie Calkhoven; Thea Feldman
Simon Spotlight
2024
sidottu
Get to know three groundbreaking Black women--a principal ballerina, a NASA mathematician, and an astronaut--in these fascinating nonfiction Level 3 Ready-to-Reads now available together in one hardcover bind-up Misty Copeland was the first African American woman to become a principal ballerina with the American Ballet Theater, Katherine Johnson was a brilliant African American mathematician who made many of NASA's early missions possible, and Mae Jemison was the first African American woman to ever go to space. Each women faced the odds to achieve their dreams. Learn how they made history A special section at the back of each book includes extras on subjects like history and math, plus a fun timeline filled with interesting facts about space and dance and potential careers for math lovers With the You Should Meet series, learning about historical figures has never been so much fun This inspiring bind-up includes: Misty Copeland Katherine Johnson Mae Jemison
Heart attacks, a leading cause of death globally, may hold less fear in the future thanks to advancements in technology. Researchers are exploring exciting possibilities for repairing and regenerating damaged heart muscle after an attack. One approach utilizes messenger RNA (mRNA) technology, similar to the mRNA vaccines. Injected directly into the injured area, these mRNA strands instruct surrounding cells to produce proteins that promote healing and growth. Studies in mice have shown remarkable recovery of heart function after this treatment. Another area of exploration involves gene editing with CRISPR. This powerful tool could potentially modify genes within heart cells, enhancing their ability to repair themselves or even convert other cell types into functional heart muscle. These technologies are still in early stages, requiring further testing and refinement before human trials. However, the potential for a minimally invasive, tech-driven approach to heart attack repair is a beacon of hope. It could significantly improve patient outcomes, reduce reliance on procedures like bypass surgery, and offer a new lease on life for those affected by heart attacks.
Pregnancy is a time of incredible change, but it can also expose underlying health concerns. While anemia is a common pregnancy complication, some rarer forms can pose a significant risk to both mother and baby. This article delves into the world of these uncommon anemias, shedding light on their causes, symptoms, and diagnosis. We'll explore conditions like Congenital Dyserythropoietic Anemia (CDA), where the body struggles to produce healthy red blood cells. We'll also touch upon Paroxysmal Nocturnal Hemoglobinuria (PNH), a rare disease that destroys red blood cells. These are just a few examples, and a healthcare professional can provide a more comprehensive picture. The article will highlight the importance of early detection. Symptoms like fatigue, shortness of breath, and pale skin can be subtle, but a blood test can reveal the underlying cause. Early diagnosis allows for targeted treatment plans, which might involve medications, blood transfusions, or specialized care. By "unveiling" these rare anemias, the article empowers pregnant women and their healthcare providers. With increased awareness, a smoother and healthier pregnancy journey is possible for all.
The unforgiving desert held an unexpected secret: a thriving community of early humans. At the desert's edge, where life clung tenaciously, these resourceful ancestors carved a niche for themselves. Their existence wasn't mere survival; it was a testament to remarkable adaptability. They were skilled hunters, tracking elusive prey and crafting tools from stone. But the desert offered more than just meat. Keen observation revealed hidden bounty - edible plants, insects teeming in hidden oases, and the occasional windfall of stranded fish in temporary desert pools. Cooperation became their weapon. They shared knowledge, hunted in groups, and developed intricate signaling methods to navigate the harsh landscape. The desert's edge, far from being a desolate wasteland, became a crucible of human ingenuity, laying the groundwork for future generations to spread and prosper.
Uncover the hidden potential for a greener future with "Green Power: Optimizing Induction." This insightful guide delves into the world of induction machines, the workhorses of industry, and explores how to unlock their potential for sustainable operation. Learn how to optimize these motors to minimize energy consumption and reduce your environmental footprint. Explore advanced control techniques and innovative design strategies that squeeze the most efficiency out of every watt of power. "Green Power" equips you with the knowledge to analyze motor performance, identify areas for improvement, and implement practical solutions. Whether you're an engineer, technician, or simply passionate about sustainability, this book empowers you to make a positive impact. Discover how optimized induction machines can contribute to a cleaner energy grid, reduced greenhouse gas emissions, and a more sustainable future for all.
"Path Dependence & Risk in Finance" explores how past decisions and historical trends can lock financial markets and institutions into specific behaviors, even when better options emerge. This "path dependence" creates blind spots and skews traditional risk assessment. The book delves into how to identify and measure risk that considers this historical influence, helping investors and financial professionals make more informed choices in an ever-changing financial landscape.
The Power of User Data: Unlocking Insights and Personalization Across Industries
Jemison
tredition GmbH
2024
nidottu
Beyond Disease and Dissection: A Holistic View of Brain Function
Jemison
tredition GmbH
2024
nidottu
United Against Climate Change: The Kyoto Protocol and Global Cooperation on Greenhouse Gas Emissions
Jemison
tredition GmbH
2024
nidottu
Global warming and climate change are becoming among the top main concerns of many nations. It is undeniable that the exaggerated usage of fossil fuels and the corresponding carbon dioxide (CO2) emissions, is the main cause for global environmental impacts 1]. Global average temperature has increased by more than one-degree Celsius since pre-industrial times 2]. Figure 1 shows the global average temperature relative to the average of the period between 1961 and 1990. The red line represents the average annual temperature trend through time, and two light grey lines are representative of upper and lower confidence intervals. Also, can be seen that over the last few decades, global temperatures have risen sharply to approximately 0.7℃ higher than our 1961-1990 baseline. When extended back to 1850, that temperatures then were a further 0.4℃ colder than they were in our baseline. Overall, this would amount to an average temperature rise of 1.1℃ 2].
Unseen Spectrum: Unveiling the Prevalence of Autism in South Africa
Jemison
tredition GmbH
2024
nidottu
"Unseen Spectrum: Unveiling the Prevalence of Autism in South Africa" sheds light on a critical issue: the underdiagnosis of Autism Spectrum Disorder (ASD) in South Africa. This book acknowledges the current lack of awareness and resources, and embarks on a journey to uncover the true prevalence of ASD in the region. The book explores the challenges of diagnosing ASD within the South African context, considering cultural and socioeconomic factors. It delves into the experiences of families and individuals who may be undiagnosed, highlighting the need for increased awareness and culturally appropriate diagnostic tools. "Unseen Spectrum" also offers hope. It explores initiatives and strategies that can improve access to diagnosis and support for individuals with ASD in South Africa. The book serves as a call to action, urging policymakers, healthcare professionals, and the community at large to work together to create a more inclusive and supportive environment for those on the autism spectrum.
Beyond the Limit: Pushing Boundaries of Miniaturization with Atomic Precision
Jemison
tredition GmbH
2024
nidottu
"Beyond the Limit: Pushing Boundaries of Miniaturization with Atomic Precision" takes you on a thrilling journey into the realm of the incredibly small. We're talking about miniaturization on an atomic level, where scientists and engineers are defying limitations to create structures smaller than ever before. This book explores the cutting-edge techniques that are pushing the boundaries of what's possible. Imagine building transistors for computers or intricate components for medical devices, atom by atom, with unparalleled control. That's the power of atomic precision The book delves into specific methods like Atomic Layer Deposition (ALD) and Etching (ALE), explaining how they use precise chemical reactions to meticulously manipulate materials one atomic layer at a time. You'll discover the vast potential applications of this technology, from revolutionizing computer chips and solar cells to creating next-generation medical implants with unmatched functionality. "Beyond the Limit" isn't just about shrinking things; it's about unlocking a new era of miniaturization with incredible precision, paving the way for a future filled with groundbreaking technological advancements.
Europe, a continent steeped in history, art, and vibrant traditions, has long been a magnet for tourists. But in recent decades, there's been a shift in travel motivations. Sun-seekers and beach bums are increasingly outnumbered by a new breed of explorer: the cultural tourist. This essay delves into the rising trend of cultural tourism in Europe, exploring its causes, impact, and exciting future directions. From Snapshots to Immersions: Why Cultural Tourism is Booming The rise of cultural tourism can be attributed to several key factors. One is a growing desire for authenticity and deeper connections. Travelers today crave experiences that go beyond ticking off landmarks on a list. They want to immerse themselves in local cultures, understand traditions, and forge meaningful connections with places and people. Cultural tourism offers this in spades, allowing visitors to engage with the essence of a destination.