Products related to Chromosome:
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Chromosome Translocation
This volume discusses various aspects of mechanisms and methodologies of chromosome translocations, ranging from a historical and clinical overview of chromosome translocations to the rapid development of the next-generation sequencing technologies, which has dramatically increased our understanding of the spectrum of chromosome translocations in human diseases. The book also introduces the mechanistic studies on chromosome deletions and their implications in cancer, and discusses the mechanisms of regulating chromothripsis, a unique complex type of chromosome translocation. It is a valuable resource for students and researchers alike, providing insights into chromosome translocations and, potentially, other genomic aberrations involved in understanding and curing human diseases.
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Human Chromosome Atlas : Introduction to Diagnostics of Structural Aberrations
Now in its second edition, this atlas serves as an easy-to-use diagnostic guide for the analysis of the human karyotype. Split in four parts, it starts with a comprehensive introduction covering the molecular cytogenetic basics, the role of ethic committees and international quality control in the field of diagnostics.The main parts II and III show the spectrum of different types of chromosomal abnormalities by a combination of karyogram and ideogram.They compare the significance of different banding techniques, give the karyotype formula and describe morphological peculiarities of each case presented.The final part provides a detailed description of non-coding DNA variants and focuses on potential problems in the detection of aberrations.It also mentions necessary additional investigations and peculiarities to be considered when counselling carriers of a chromosomal aberration or their relatives. Given its comprehensive scope and practical approach, this atlas is an indispensable resource for researchers, clinicians and practitioners working in the field of cytogenetics and clinical genetics.
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Good News, Bad News
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All News Is Good News
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How big is a chromosome?
A chromosome is a long, continuous strand of DNA that contains numerous genes. The size of a chromosome can vary widely between different species, but in humans, the largest chromosome, chromosome 1, is about 248 million base pairs long, while the smallest, chromosome 21, is about 46 million base pairs long. In physical terms, if we were to stretch out the DNA in a single human cell, the total length of all the chromosomes combined would be about 6 feet long.
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What exactly is a chromosome?
A chromosome is a thread-like structure made of DNA and proteins found in the nucleus of a cell. It carries genetic information in the form of genes, which determine an organism's traits and characteristics. Humans typically have 23 pairs of chromosomes, with one set inherited from each parent. During cell division, chromosomes condense and become visible under a microscope, allowing for the accurate distribution of genetic material to daughter cells.
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What is a chromosome anomaly?
A chromosome anomaly, also known as a chromosomal abnormality, is a structural or numerical change in the DNA of a chromosome. This can occur due to errors in cell division, exposure to certain environmental factors, or genetic mutations. Chromosome anomalies can result in a wide range of genetic disorders and health conditions, including Down syndrome, Turner syndrome, and Klinefelter syndrome. These anomalies can impact an individual's physical and intellectual development, and may require medical intervention and support.
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What is the crossing-over process between the X chromosome and the Y chromosome?
The crossing-over process between the X and Y chromosomes occurs during meiosis, the process of cell division that produces gametes (sperm and eggs). During meiosis, homologous chromosomes (such as the X and Y chromosomes) exchange genetic material through a process called crossing-over. This results in the exchange of segments of DNA between the X and Y chromosomes, leading to genetic variation in the offspring. The crossing-over process is important for genetic diversity and ensures that each gamete produced is genetically unique.
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David LaChapelle. Good News
TASCHEN presents Lost + Found and Good News, the latest and final publications from artist David LaChapelle.The books are the fourth and fifth installments of LaChapelle’s five-book anthology, which began with LaChapelle Land (1996), continued with Hotel LaChapelle (1999), and followed by Heaven to Hell (2006). Good News follows David LaChapelle’s creative renaissance as he surrenders to contemplations of mortality, moving beyond the material world in a quest for paradise.Featuring a monumental curation of images, it is a sublime and arresting new body of work that attempts to photograph that which can’t be photographed.It represents the final chapter to LaChapelle’s narrative in a collection of books that have captivated a generation of viewers across the globe. Good News features: Pamela Anderson, Lana Del Rey, Sharon Gault, Janet Jackson, Michael Jackson, Paris Jackson, David LaChapelle, Amanda Lepore, Miriam Makeba, Sergei Polunin, Tupac Shakur, Elizabeth Taylor, and many more... Lost + Found and Good News are sold separately.
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The Good News Gazette
????? ‘A five-star read that will warm your soul…This story shows us there is warmth in the world and it’s just so positive it can’t help but make you smile’ ‘Uplifting and empowering…a stpry about friendship, love and finding the bright side of life’ Debbie Johnson Nine years ago, Zoe Taylor returned from London to the quiet hamlet of Westholme with her tail between her legs and a bun in the oven.Where once her job as a journalist saw her tearing off to Paris at a moment’s notice after a lead, now the single mum covers the local news desk.At least, she did…until she’s unceremoniously let go. When Zoe invites her friends over to commiserate, wine and whining soon turns into something more… and before the night is out she’s plotted her next step: The Good News Gazette. Now, as a developer threatens to force Westholme into the twenty-first century, Zoe’s good news movement finds her leading a covert campaign as a community crusader.She may have started The Good News Gazette as a way to save herself, but she might just be able to save Westholme in the process… Readers love The Good News Gazette: ????? ‘A wonderful, lighthearted novel…I loved it!’ ????? ‘Oh my, I needed this book!! This was heart-warming and uplifting, and one of those fun reads where you just don't want to put it down!!’ ????? ‘A good, hopeful story that I loved reading’ ????? ‘Really heart-warming and uplifting…I couldn’t stop laughing’ ????? ‘Absolutely joyous…The sense of community and friendship that runs throughout is just lovely!!!’ ????? ‘Just the book I needed at the moment…Uplifting, happy,feel good and life-affirming’ ????? ‘Beautiful, comforting, feel good read!! Real curl up on the sofa stuff!’
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Simply Good News : Why The Gospel Is News And What Makes It Good
The Gospel means good news, but what makes it news?If the message has been around for 2,000 years, what could possibly be newsworthy about it? And what makes it good? Surely not the stories we hear of damnation, violence, and an angry God.Tom Wright believes many Christians have lost sight of what the ‘good news’ of the gospel really is.In Simply Good News, he shows how a first-century audience would have received the gospel message, what the ‘good news’ means for us today and how it can transform our lives.
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Good Hope
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What is the difference between a 1-chromatid chromosome and a 2-chromatid chromosome?
A 1-chromatid chromosome, also known as a single chromatid chromosome, consists of a single DNA molecule and is present during the early stages of the cell cycle. On the other hand, a 2-chromatid chromosome, also known as a double chromatid chromosome, consists of two identical DNA molecules, called sister chromatids, that are joined together at the centromere. 2-chromatid chromosomes are formed during the S phase of the cell cycle when DNA is replicated.
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Why can one survive with an X chromosome, but not with just a Y chromosome?
One can survive with just an X chromosome because it contains a large number of essential genes that are necessary for normal development and function of the body. However, the Y chromosome is much smaller and contains fewer genes, most of which are related to male reproductive development. Without the essential genes found on the X chromosome, an individual would not be able to survive. Therefore, having only a Y chromosome is not sufficient for survival.
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What is a chromosome made of?
A chromosome is made of DNA, which is a long molecule that carries genetic information. DNA is tightly coiled and packaged around proteins called histones to form a structure known as chromatin. Chromosomes also contain other proteins that help regulate gene expression and control cell division. Each chromosome consists of a single DNA molecule that contains many genes, which are the instructions for making proteins that determine an organism's traits.
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Which chromosome set is being read?
The chromosome set being read is the diploid set, which includes two sets of chromosomes, one from each parent. This set of chromosomes contains the complete genetic information of an individual and is used by the cell to carry out various functions such as protein synthesis and cell division. The diploid set is essential for the proper development and functioning of an organism.
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