Serum samples from newly diagnosed and treated patients were obtained before chemotherapy and before the next chemotherapy, respectively. Blood was collected using a standard protocol and serum samples were separated by centrifuging at 3000 rpm for 10 min, and then stored at −80°C.
- DESCRIPTION This serum works with the power of chlorella growth factor and apple stem cells to enhance your skin and rebuild glower and smoother.
- Typical Work Flow for Users Making CFG Requests Array Protocols- CFG slides: Direct Glycan Binding Assay for Fluorescent Labeled Sample; Glycan Binding Assay with Biotin-tagged Sample; Glycan Binding Assay with Unlabeled Monoclonal Antibody; Glycan Binding Assay with Unlabeled Polyclonal Antibody or Serum.
BioPure Chlorella Growth Factor CGF Liquid is the easiest to mix with other liquids.
CGF is a heat extract of Chlorella Pyrenoidosa that concentrates DNA and RNA from the nucleus. It is a more readily bioavailable and concentrated form of the same benefits found in other Chlorella products.
Natural source for vitamins, minerals, amino acids and protein. Natural detoxifier for immune support.* Natural digestive enzymes aiding to support bad breath and occasional constipation.* Contains magnesium to support a healthy cardiovascular system*.
Chlorella is a tiny, single-celled green freshwater algae that has survived on this planet, relatively unchanged, for over two billion years. Chlorella gets its name from chlorophyll, the green plant pigment responsible for photosynthesis. Alfalfa and Chlorella are both sources of chlorophyll, but Chlorella has 20-30 times the amount found in alfalfa.Chlorella’s chlorophyll content accounts for its super efficiency in utilizing the sun’s energy to grow, and also for many of its health benefits to humans.
Chlorella is a complete food, rich in protein, vitamins and minerals. It has twice the protein found in an equivalent weight of beef and is considered a complete protein having all 8 essential amino acids. 100 grams of Chlorella contains over 51,000 IU of Vitamin A. It also has Vitamins B1, B6, B12, C, E, pantothenic acid, folic acid, biotin, niacin and riboflavin. Chlorella is also rich in minerals, especially iron and zinc.
Chlorella is able to assist our immune system in a number of ways, many of which are still not completely understood.* Chlorella encourages the growth of beneficial bacteria in the digestive system without attacking the useful ones and supports healthy function of the colon and bowel.*
Within the tiny single cell of Chlorella, numerous bioactive compounds can be found, such as omega-3 fatty acids, carotenoids, polysaccharides, and peptides, each capable of supporting our immune system in its own unique way.
BioPure Healing Products is proud to offer Chlorella that is 100% Certified Organic. The algae are grown in man-made fresh water ponds, ensuring the Chlorella is pure and free of any contaminants or pollutants. The ponds are exposed to natural sunlight, which encourages the production of chlorophyll. The water the Chlorella is grown in is also super-oxygenated, which allows the algae to pull in extra oxygen molecules. Because the purity and safety of our products are of the utmost importance to us, we changed our Chlorella source away from Japan subsequent to the March 2011 Tohoku earthquake, and still have each individual batch of our product routinely tested and certified free of radiation.
In its natural form, Chlorella algae have a stiff outer cell wall. Before marketing our Chlorella supplements, a unique pressure system is used to gently crack open the hard outer cell walls, while keeping the inner contents and organelles relatively intact and undamaged. This delivers to you the maximum nutritional and health benefits possible.
Chlorella is available in liquid, powder, or solid form, in capsules and tablets. Two different species, C. vulgaris and C. pyreneidosa are also available, each with unique properties.
References
Algal Culture From Laboratory to Pilot Plant. Edited by John S. Burlew. Carnegie Institution of Washington Publication 600 (1953) ISBN 0-87279-611-6. Page 314.
http://nutritiondata.self.com/facts/custom/569428/2
Dae‐Yeon Choa, Sung‐Taik Leeb, Sang‐Won Parkc & An‐Sik Chunga. Studies on the biosorption of heavy metals onto Chlorella vulgaris. Journal of Environmental Science and Health. Part A: Environmental Science and Engineering and Toxicology. Volume 29, Issue 2, 1994, pages 389-409.
Wilde EW, Benemann JR. Bioremoval of heavy metals by the use of microalgae. Biotechnology Advances.Volume 11, Issue 4, 1993, Pages 781–812.
Jee Ae Shim, Young Ae Son, Ji Min Park, and Mi Kyung Kim. Effect of Chlorella intake on Cadmium metabolism in rats. Nutr Res Pract. 2009 Spring; 3(1): 15–22.
http://www.hbci.com/~wenonah/new/9steps.htm
Kunimasa Morita, Masahiro Ogata, Takashi Hasegawa. Chlorophyll Derived from Chlorella Inhibits Dioxin Absorption from the Gastrointestinal Tract and Accelerates Dioxin Excretion in Rats. Environmental Health Perspectives. 109(3) Mar 2001.
Shigeru Maeda, Katsuhiro Kusadome, Hiroyuki Arima, Akira Ohki, Kensuke Naka. Biomethylation of arsenic and its excretion by the alga Chlorella vulgaris. Applied Organometallic Chemistry. Volume 6, Issue 4, pages 407–413, July 1992.
Pratt R, Oneto JF, and Pratt J. Studies on Chlorella vulgaris. X. influence of the age of the culture on the accumulation of chlorellin. American Journal of Botany. Vol. 32, No. 7, Jul., 1945.
Hasegawa T, Okuda M, Nomoto K, Yoshikai Y. Augmentation of the resistance against Listeria monocytogenes by oral administration of a hot water extract of Chlorella vulgaris in mice. Immunopharmacol Immunotoxicol. 1994 May;16(2):191-202.
Mustafa Kerem, Bulent Salman, Hatice Pasaoglu, Abdulkadir Bedirli, Murat Alper, Hikmet Katircioglu, Tahir Atici, E Ferda Perçin, and Ebru Ofluoglu. Effects of microalgae chlorella species crude extracts on intestinal adaptation in experimental short bowel syndrome. World J Gastroenterol. 2008 July 28; 14(28): 4512–4517.
Ibusuki K, Minamishima Y. Effect of Chlorellavulgaris extracts on murine cytomegalovirus infections. Nat Immun Cell Growth Regul. 1990;9(2):121-8.
Kuniaki Tanaka1, Yikihiro Shoyama2, Akira Yamada3, Kiyoshi Noda1, Fumiko Konishi1, Kikuo Nomoto. Immunopotentiating effects of a glycoprotein from Chlorella vulgarisstrain CK and its characteristics. Studies in Natural Products Chemistry. Volume 25, Bioactive Natural Products (Part F) 2001, Pages 429–458.
Cisco IOS
The Cisco device stack uses the Internetwork operating system (IOS), which controls the device’s performance and behavior. The Cisco IOS defines an interface called the Command Line Interface (CLI), which enables administrators to enter commands into a terminal emulation program. The CLI can be accessed through three methods: the console, Telnet and Secure Shell (SSH).
Cisco Modes
Users can be logged in to a Cisco device using the following modes:
- Exec mode (user mode) — Allows the user to look around but not change anything. Accessing the CLI by any of the three methods logs the user into Exec
- Enable mode (privileged mode or privileged exec mode) — Allows the user to execute privileged commands, such as the reload command, which tells the switch to reboot the Cisco IOS. To enter this mode, the user runs the enable command mode.
- Global configurationmode — Allows users to enter nondisruptive commands and display some information. Unlike exec and enable mode, configuration mode accepts configuration commands — commands that tell the switch the details of what to do and how to do it. Commands entered in configuration mode update the active configuration file, but the actual changes in configuration take place only after the device reboots. To enter configuration mode, a user executes the configure terminal (conf t) command.
Configuration mode contains several sub-modes. One is interface configuration mode, which can be entered by running the interface FastEthernet 0/1 (int fa0/1) configuration command.
Basic CLI Commands
Show
The show command is one of the most helpful commands because you can find the status of almost every feature of the Cisco IOS. It reads the current configuration from the Cisco device’s RAM and lists the requested settings in the CLI. For example, the show version command displays information about the Cisco IOS version currently loaded on a device.
Debug
Like the show command, debug reveals information about the device’s settings. However, instead of just listing the current status, the debug command asks the device to continue monitoring different processes in it and send messages to the user when different events occur, showing the status of settings over time. As a result, the debug command takes more CPU cycles, but it lets you monitor what is happening in a switch in real time. In short, show is for reporting and debug is for monitoring.
Hostname
The hostname command assigns a network name to the Cisco device.
?
Use the ? command to get answers to your questions about other commands, such as their syntax and description.
Where Configuration Files are Stored
A Cisco device needs to use the configuration file to do its work. Cisco devices have random-access memory (RAM) to store data from the configuration file while Cisco IOS is using it, but the RAM loses its contents when the device loses power. In order to load all configuration data back after the device loses power, Cisco use several types of more permanent memory. The following list explains the four main types of memory found in Cisco switches or Cisco routers, as well as the most common use of each type:
- RAM — RAM is used by a Cisco device for working storage. The running configuration file is stored
- ROM — Read-only memory (ROM) stores a bootstrap program that is loaded when the switch first powers on. This program finds the full Cisco IOS image and loads it into RAM.
- Flash memory — This memory can be either inside the device or on a removable memory card. Flash memory stores fully functional Cisco IOS images and is the default location where the switch gets its Cisco IOS at boot time. Flash memory also can be used to store other files, including backup copies of configuration files.
- NVRAM — Nonvolatile RAM (NVRAM) stores the initial or startup configuration file that is used when the Cisco device is powered on or reloaded.
Copying, Erasing and Saving Running Config on Cisco Devices
To change the configuration of a Cisco device, you need to enter configure terminal mode and then use one or more of the following commands.
Rename a device
Use the command hostname newnameto change the name of the device to the string you specify.
Save running config on Cisco device
Use the command copy running-config startup-config (copy run start) to overwrite the current startup config file with what is currently in the running configuration file.
Serum Cfg Sims 4
Copy files
The copy command can be used to copy files on a Cisco device, such as a configuration file or a new version of the Cisco IOS. Files can be copied between RAM, NVRAM and a TFTP server. The syntax for the copy commands is as follows:
Serum Cga
copy {tftp | running-config | startup-config} {tftp | running-config | startup-config}
The first set of parameters in braces is the “from” location; the next set is the “to” location. When a file is copied into NVRAM or a TFTP server, the copy command always overwrites the existing destination file with the new file. However, when the copy command copies a configuration file into the running config file in RAM, the configuration file in RAM is not replaced; it is merged instead.
Erase the contents of NVRAM
You can use three different commands to erase NVRAM: write erase, erase startup-config and erase nvram. All of them erase the contents of the NVRAM configuration file, so if the device is then reloaded, there is no initial configuration and you have to begin initial device configuration.
Note that Cisco IOS does not have a command that erases the contents of the running configuration file. To clear out the running config file, simply erase the startup config file and then reload the device.
Securing Login to Cisco Devices
Cisco devices authenticate users as they log in, but the default configuration uses only simple password security and the enablepassword command defines the password for the current login. You can help protect enable mode by using the enable secret command instead. The older enable password command stores the password as clear text in the running configuration, and the only way to encrypt it is to use the weak service password-encryption command. The newer enable secret command automatically encodes the password using a Message Digest 5 (MD5) hash.
Initial Configuration of Cisco Devices
Serum Cfg Definition
Cisco switches leave the factory with the following default settings:
- All interfaces are enabled.
- Auto-negotiation is enabled for ports that can use it (duplex auto and speed auto).
- All interfaces are a part of VLAN 1.
All you have to do with a new Cisco switch is make all the physical connections — Ethernet cables and a power cord — and it starts working.
To configure the switch:
- Enter VLAN 1 configuration mode using the interface vlan 1 global configuration command.
- Assign an IP address and mask using the ip addressip-address mask
- Enable the VLAN 1 interface using the no shutdown
- Add the default gateway with ip default-gateway
- Add the DNS server using the ip name-server command to resolve names into IP addresses.
After the initial configuration, you can look at the IP address and mask information using the show interface vlan x command, which shows detailed status information about the VLAN interface. If you use DHCP, use the show dhcp lease command to see the leased IP address.
You can see some of the details of the interface configuration using the show running-config command or the handy show interfaces status command, which lists each interface on a single line that shows the first part of the interface description and the speed and duplex settings.
The show port-security interface command lists the configuration settings for port security on an interface, along with several important facts about the current operation of port security, including information about any security violations. The switch can be configured to take one of three actions when a violation occurs using the following command: switchport port-security violation {protect | restrict | shutdown}. All three options cause the switch to discard the offending frame, but some of the options make the switch take additional actions, such as sending syslog messages to the console, sending SNMP trap messages to the network management station, or disabling the interface.
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Conclusion
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As you can see, it is very easy to save the running config, copy it to a tftp server and perform the initial configuration for a Cisco device. Before changing the running config, be sure to make a backup.