The contemporary view of 80’s pop music likes to paint the hits of the decade in a glossy, pastel-colored hue. Much of the pop music of that time seems to stem from a happy-go-lucky attitude that was…
On May 1 what is probably the ultimate piece of Soft Cell memorabilia will be published by Chris Smith’s Renegade Music in a strictly limited edition of 1300. To Show You I’ve Been There… is a 176-page oversized coffee table book featuring images of Marc Almond and Dave Ball taken throughout their forty year history, from the nightclubs of the north of England in the late 70s all the way to their sold out farewell performance at the 02 Arena last year. Photographer Peter Ashworth, who shot several album covers and publicity shots for the band has opened up his archives for the project, which include his contact sheets and fantastic early live performance shots. Additional photographs from Peter Anderson, Tony Mottram, Justin Thomas and many others round out the exhaustively compiled book. Each photograph is accompanied by comments and context from Marc and/or Dave. Exclusive to the book is also a 7” clear vinyl EP (or digital download) of three recently re-recorded early Soft Cell numbers (and a cover of Fad Gadget’s “Back to Nature”) titled Magick Moments which has a cover drawing by Dave Ball. The book will never be reprinted and the record will never be...
Marc Almond is preparing to retire from his rebel ways after finding out he has been included in the prestigious New Year Honours list.
40 years ago, Eagles gave the world "Hotel California," the very sound of nostalgia and the coming-of-age experience that holds up to this day.
Here’s Nick Cave & the Cavemen, Electric Ballroom (as broadcast on La Edad de Oro). Interesting ‘behind the scenes’ anecdote & photo (under the cut):
Explore aliciadesign's 14148 photos on Flickr!
Bone marrow is soft, spongy tissue found inside the bone. All blood starts out as stem cells, “parent cells” produced in the bone marrow. Stem cells develop into one of the three types of mature bl…
Pigment Cell & Melanoma Research is a dermatology journal on the causes, progression and prevention of melanoma, covering cell & molecular biology, genetics, & more.
I think these amazingly close up images of tree cells and cross sections of tree roots are stunning! I’ll be using them as inspiration for some new designs… I love the different sized circular shapes bundled together in little patterns.
When appreciating a furniture design, it's easy to overlook the environmental impact of the various materials said design is made of including a frame, foam,
This beautiful and striking watercolor print depicts a nerve cell from nucleus to nerve ending, including the all important myelin sheath. This was painted in soft blues and teals for a customer to match their spine and hemorrhagic stroke prints already hanging in their home. This is the perfect print for neurologists, physical therapists and exercise specialists! ––––––––––––––––––––––––––––––– Please read the description and FAQ below for more information on Framing, Customizations, GoBig! Prints, and Shipping. If you have any questions, please reach out to us over Etsy messages. ––––––––––––––––––––––––––––––– PAPER: The print will come on 100% cotton rag 300gsm Archival Matte Paper or 340gsm Cold Press Fine Art Paper. EU and UK orders are printed with ultra wide gamut inks on 310 gsm Hahnemühle German Etching paper. ––––––––––––––––––––––––––––––– FRAMING: Our prints do not come with frames. If you would like to add frames, you can find our framing options here (USA only): https://www.etsy.com/listing/1593299504/framing-for-lyon-road-art-prints-1-3 ––––––––––––––––––––––––––––––– SHIPPING: If you need your order faster, choose my Express option! If you need it sooner or by a specific day, please send me a message. Customizing your prints may add additional processing time to your order. ––––––––––––––––––––––––––––––– INTERNATIONAL ORDERS: Please include your email and phone number in your order for international shipping and customs. Thank you! Please read our FAQ below for information about international shipping: https://www.lyonroadart.com/pages/f-a-q © 2020 Lyon Road. This artwork may not be reproduced in any way. All rights reserved.
Free Returns ✓ Free Shipping On Orders $49+ ✓. Cartoon Bear Phone Case- Phone Cases at SHEIN.
DNA is found in the nucleus. It carries the genetic information in all eukaryotes. How is DNA organized? -its basic structure is the double helix -this is then wound around proteins (called histones) to form chromatin. Under an electron microscope, it looks like beads on a chain. This is the form that DNA is stored in between cell divisions -during cell division the DNA winds up more tightly and the chromatin coils on itself, looping and coiling to form thick rods called chromosomes, which are visible under the light microscope Image from: http://themedicalbiochemistrypage.org/dna.html What happens? DNA is copied when it is uncondensed, then it condenses into chromosomes that have 2 halves (each a copy of the other). Each half is called a chromatid. Sister chromatids are identical. The point at which the DNA narrows and the chromatids are connected is called the centromere. Each chromosome has many genes, each gene defines a single characteristic. The number and shape of chromosomes are species-specific. eg. Humans = 46 chromosomes, dogs = 78, pea = 14, fruit fly = 8 All sexually reproducing organisms have 2 sets of chromosomes, one from each parent (this is the diploid state). In humans a diploid cell has 46 chromosomes, half from the mother and half from the father (23). The chromosomes which carry the same kind of information are called homologous chromosomes. Cell division There are 2 types: - mitosis (számtartó sejtosztodás): purpose is growth and repair, 2 identical daughter cells are produced - meiosis (számfelező sejtosztodás): purpose is to produce gametes (sex cells) for reproduction, 4 genetically different cells are produced The cell cycle describes the typical cycle of a somatic (body) cell that will go through mitosis: Image from: http://www.cdli.ca/courses/biol3201/unit02/unit02_org01_ilo02/b_activity.html During the first growth phase, the cell simply grows and carries out its normal functions. At a certain point, the cell enters the synthesis phase, where the DNA is replicated. DNA replication refers to the creation of another DNA double helix using the first helix as a template. In order for this to occur: 1. The DNA double helix begins to unwind or unzip at one end to form a replication fork. Unwinding requires the help of an enzyme called a helicase. 2. Enzymes called DNA polymerases bind to the single strands of DNA. They then proceed to "read" the template strand (in the 5' to 3' direction) and add complementary nucleotides. Since the polymerase only travels in one direction, it will move more quickly along the leading strand, but on the lagging strand it will attach at the fork and move toward the end, until it meets up with a previously formed DNA strand fragment, then it will detach and reattach at the continuously unwinding replication fork. The fragments that are created in this way are called Okazaki fragments. They are "glued" together with the help of enzymes called ligases. The end result is two semi-conservative daughter double helixes- meaning that each double helix contains one strand from the original and one strand that is new. If you want to see a video: http://www.youtube.com/watch?v=teV62zrm2P0 Once DNA replication has occured, the nucleus then has 2 copies of all of its DNA and will continue to grow and carry out some normal functions, but it will also prepare for cell division, which is either mitosis or meiosis, depending on whether or not it is a cell that will simply copy itself, or a cell that is designed to produce gametes (eggs or sperm). Mitosis is divided into 4 phases: Prophase: -chromatin condenses to chromosome -nuclear envelope disintegrates and disappears -spindle (magorsó) forms Metaphase: -chromosomes line up at the equator Anaphase: -chromatids are pulled to opposite poles of the cell Telophase: -cell plasma divides -nuclear envelope reappears (don't worry about the extra stages in the image below!!) Image from: https://www.msu.edu/~robiemat/science.htm Image from : http://imcurious.wikispaces.com/Midterm+Exam+2010+Review+P1 Meiosis occurs to produce haploid cells that will be gametes (sperm and eggs). It is a division that reduces the chromosome number by half. It is divided into meiosis I and meiosis II Meiosis I Prophase I -chromatin condenses to chromosomes -chromosomes "find" their homologous pairs and crossing over occurs Metaphase I --nuclear membrane disappears -homologous chromosomes line up at the equator and attach to spindle fibres Anaphase I - chromosomes pairs are split as they are pulled to opposite poles Telophase I - cell plasma divides - nuclear membrane reforms Short interphase, with no DNA replication Meiosis II Prophase II -chromosomes condense - nuclear membrane disappears -spindle forms Metaphase II -chromosomes line up at the equator Anaphase II -chromatids are pulled to opposite poles of the cell Telophase II -cell plasma divides -nuclear membrane forms Image from: http://commons.wikimedia.org/wiki/File:Meiosis_diagram.jpg So mitosis and meiosis share some characteristics, but are also unique in many ways. The following diagram presents a comparison of the two. Be sure to consider how they are similar and how they are different. Image from: http://bioactive.mrkirkscience.com/09/ch9summary.html
The Microbial Home is viewed as a cyclical biological machine where wastes like sewage, effluent, garbage, wastewater are filtered, processed and recycled to be
TTI, (standing for Tangible Textural Interface) is a new sound system that embeds a tactile surface. TTI has flexibility that enables people to physically touch…
Van Daal’s 3D-printed soft chair resembles structure of plant cells clubbed together to form a comfortable chair with elegant appearance.
