Sprint Power Vision SM Smart Device Mogul by HTC

Sprint Power Vision SM Smart Device Mogul by HTC

Setting up service on your new smart device is quick and easy. This section walks you through the necessary steps to set up your device’s phone, set up your voicemail, establish passwords, and contact Sprint for assistance with your Sprint service.

Setting Up Your Voicemail
All unanswered calls to your device are automatically transferred to your voicemail, even if your phone is in use or turned off. Therefore, you will want to set up your voicemail and personal greeting as soon as your device’s phone is activated.

To set up your voicemail:
1. Access the Phone screen by pressing the Talk Key.
Talk Key
2. Press and hold the 1 key on the Phone screen.
Note: This will not work when pressing and holding the 1 key on the QWERTY keyboard.
3. Follow the system prompts to:
Create your passcode.
Record your greeting.
Record your name announcement.
Choose whether to activate One-Touch Message Access (a feature that lets you access messages simply by pressing and holding the 1 key, bypassing the need for you to enter your passcode).

Note: If you are concerned about unauthorized access to your voicemail account, Sprint recommends you enable your voicemail passcode.

Sprint Account Passwords
As a Sprint customer, you enjoy unlimited access to your personal account information, your voicemail account, and your Sprint Vision account. To ensure that no one else has access to your information, you will need to create passwords to protect your privacy.

Account Password
If you are the account owner, you’ll have an account password to sign on to www.sprint.com and to use when calling Sprint Customer Service. Your default account password is the last four digits of your Social Security number. If you are not the account owner (if someone else pays for your Sprint service), you can get a sub-account password at www.sprint.com.

Voicemail Password
You’ll create your voicemail password (or passcode) when you set up your voicemail. See “Setting Up Your Voicemail”for more information on your voicemail password.

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OneDay ChIP Kit Instruction Manual

OneDay ChIP Kit Instruction Manual

Association between proteins and DNA is crucial for many vital cellular functions such as gene transcription and epigenetic silencing. It is important to know the genomic targets of DNA-binding proteins and the mechanisms by which they control and guide gene regulation pathways and cellular proliferation.

Chromatin immunoprecipitation (ChIP) is a technique allowing the analysis of the association of proteins with specific genomic regions in the context of intact cells. ChIP is used to determine changes in epigenetic signatures, chromatin remodeling and transcription regulator recruitments (1). The steps of this technique are cell fixation, chromatin shearing, immunoselection, immunoprecipitation and analysis of the immunoprecipitated DNA. In brief, cells are fixed with a reversible cross-linking agent. Next, the cross-linked chromatin (DNA-Protein) is sheared and the DNA fragments associated with the protein of interest are immunoprecipitated (IP’d) using specific antibodies. Finally, the immunoprecipitated DNA is examined for the presence of particular sequences by quantitative polymerase chain reaction (qPCR). Enrichment of specific sequences in the precipitate indicates that the sequences are associated with the protein of interest in vivo.

The most widely used approach to fix DNA-Protein interactions in the living cell is by formaldehyde fixation (cross-linking) that generates covalent bonds between amino or imino groups of proteins and nucleic acids (2). The formaldehyde cross-links DNA-Protein as well as protein-protein complexes in situ. Following cross-linking, chromatin needs to be sheared very effectively into homogeneous small fragments that can subsequently be used in immunoprecipitation (IP). The Bioruptor TM from Diagenode provides you with high quality sheared chromatin ready-to-ChIP. Moreover, at Diagenode one Shearing module is available and brings an easy and highly reproducible shearing method. Then, antibody binding beads and specific ChIP-grade antibodies are necessary to precipitate the proteins cross-linked to genomic DNA fragments. Finally, the relative amount of a particular DNA fragment specifically IP’d is determined by quantitative PCR as a measure of the occupancy of the protein at that particular position in the genome.

Although ChIP is a very versatile tool, the procedure requires tedious optimization of several reaction conditions. Diagenode provides kits with optimized reagents and simplified protocols for ChIP. Another major drawback to ChIP assays is that the traditional ChIP method is time consuming. It involves two overnight incubations (first for antibody binding to the target and then for the purification of the IP’d DNA). Therefore Diagenode offers kits not only for the traditional ChIP method (such as the Red and Orange ChIP kits) but also for the rapid ChIP method (OneDay ChIP kit).

In the OneDay ChIP method the protocol has been improved to enhance the utility of the ChIP procedure, allowing you to perform many more ChIPs per day and per week. All the procedure can be performed in a day of work as the two overnight incubations have been eliminated. Two major steps have been greatly shortened: 1) the antibody binding is accelerated by incubating antibody with chromatin in an ultrasonic bath (3) and 2) the DNA purification is rapid as it has been simplified by the use of a DNA purifying slurry and does not require multiple steps (see kit overview). There are also two kit formats available: one for 60 IPs and another for 180 IPs.

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HTC 6800 User Manual

HTC 6800 User Manual

Always turn off your device before installing or replacing the battery. Follow the instructions in the Quick Start Guide to install the battery. Your device contains a rechargeable Li-ion polymer battery. This device is designed to use only manufacturer-specified original batteries and accessories. Battery performance depends on many factors, including your wireless service provider’s network configuration, signal strength, the temperature of the environment in which you operate your device, the features and/or settings you select and use, items attached to connecting ports, and your voice, data, and other program usage patterns.

Warning!
To reduce risk of fire or burns:
• Do not attempt to open, disassemble, or service the battery pack.
• Do not crush, puncture, short external contacts, or dispose of in fire or water.
• Do not expose to temperatures above 60o C (140o F).
• Replace only with the battery pack designated for this product.
• Recycle or dispose of used battery as stipulated by local regulation.

To check the battery power
1. Power on your device.
2. Do one of the following:
• Tap the battery level icon () on the Today screen.
• Alternatively, tap Start > Settings > Systems tab > Power

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NOVA-7892 Socket 370 Celeron and Pentium III

NOVA-7892 Socket 370 Celeron and Pentium III

Welcome to the NOVA-7892 Socket 370 Celeron® and PentiumIII® ( FC-PGA ) with Multimedia & 100Base-T Ethernet & Dual View LCD Embedded Little Board. It is equipped with high performance Intel® Celeron up to 500MHz( or above ) and Pentium III ( FC-PGA ) 933MHz ( or above ) Processor and advanced high performance multi-mode I/O, designed for the system manufacturers, integrators, or VARs that want to provide all the performance, reliability, and quality at a reasonable price.

This board has a built-in DiskOnChip™(DOC) Flash Disk for embedded application. The DOC Flash Disk is 100% compatible to hard disk. User can use any DOS command without any extra software utility. The DOC currently is available from 2MB to 144MB.

An advanced high performance super AT I/O chip – Winbond W83977TF is used in the NOVA-7892 board. The on-chip UARTs are compatible with the NS16C550. The parallel port and IDE interface are compatible with IBM PC/AT architecture. NOVA-7892 uses the advanced VIA Apollo Pro133 chipset Chipset which is 100% ISA/PCI compatible chipset with PCI 2.1 standard. In addition, this board provides 168-pin sockets for its on-board DRAM. The DIMM module is 3.3V SDRAM and max. 256MB.

The VGA chip used on NOVA-7892 supports dual view LCD function which can display simultaneously on two monitors when you enter WINDOWS 95/98. In general, this function is achieved by two VGA chips.

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