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Queen Mab is first mentioned by Mercutio in act 1 scene 4 from lines 59-100.
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What serves as queen mabs chariot?
An Empty Hazelnut
When was MAbs - journal - created?
MAbs - journal - was created in 2009.
What rappers are in sanfer gang?
Maclay Moreno Mr. Mabs T3PS 9
In the louise rennison books what are Georgias friends called?
In The film they are called Ellen, Rosie and Jas and in the book there are more there is Jools and Mabs Hope i helped :)There is also Honor
Did harry hill used to be a doctor?
soz, coz i ain't know bt mabs you can find somin' else on the internet :) :) :) :)
Why polyclonal antibody tend to have cross-reaction compare to monoclonal antibody?
Polyclonal antibody recognizes several epitopes on the target protein while monoclonal antibody recognizes only single epitope, hence monoclonal antibodies are more specific than polyclonal antibodies. However, sometimes MAbs are not able to precipitate the antigen because the epitope might need to be exposed on the surface of the antigen to be recognized by the antibody. Since some of the epitope might be hidden and it's a single epitope that is recognized by the monoclonal antibody, the propability of the antibody to reconize the epitope is lower compared with the polyclonal antibody that recognizes several epitopes on the target protein this is the reason for the tendency of polyclonal antibodies to have cross-reaction as compared to MAbs. by Victor S Gruezo Jr
What actors and actresses appeared in The Careless Age - 1929?
The cast of The Careless Age - 1929 includes: George Baxter as Le Grand Ilka Chase as Bunty Holmes Herbert as Sir John Raymond Lawrence as Tommy Doris Lloyd as Mabs Carmel Myers as Ray Wilfred Noy as Lord Durhugh Kenneth Thomson as Owen Loretta Young as Muriel
What actors and actresses appeared in The Christian - 1911?
The cast of The Christian - 1911 includes: Bert Bailey as Archdeacon Wealthy Rutland Beckett as Lord Robert Ure Lily Bryer as Mrs. James Callender Max Clifton as Horatio Drake Edmund Duggan as Father Enderby Eugenie Duggan as Glory Quayle Gus Franks as Mr. Jupe Alfred Harford as Lord Storm Mabs Howth as Liza Fred Kehoe as Parson Quayle George Kensington as Brother Paul Roy Redgrave as John Storm Olive Wilton as Polly Love
Subcloning and expression of nucleocapsid protein in E. coli?
To subclone and express the nucleocapsid protein in E. coli, the nucleocapsid gene is first amplified by PCR and then inserted into an expression vector, typically one that contains a suitable promoter for expression in E. coli. The recombinant vector is then transformed into E. coli cells, which will produce the nucleocapsid protein when induced by suitable growth conditions. The expressed protein can be purified from the cell lysate using techniques such as affinity chromatography.
What is Complement-Dependent Cytotoxicity (CDC) And what it do?
CDC is a potent effector mechanism, engaging both innate and adaptive immunity. It is mediated by the binding of the antibody and complement C1q, and then C2-C9 is activated to form a membrane attack complex to exert a lytic effect on target cells. It is one mechanism of action by which therapeutic antibodies or antibody fragments can achieve an antitumor effect. Over the past decade, a series of CDC-related drugs have been developed since scientists demonstrated that enhanced CDC can improve effector functions of monoclonal antibodies for cancer treatment. A number of anti-tumor antibodies, such as antibodies raised against CD20, CD52, Human Leukocyte Antigen (HLA)‐class II, Carcinoembryonic Antigen (CEA), glycolipid antigens, etc., have been known to induce CDC. In the clinic, CD20 mAbs, rituximab (RTX) and ofatumumab (OFA) have been used with success in the treatment of B cell malignancies. These mAbs can eliminate B cells only by utilizing the body’s immune effector mechanisms, and there is considerable evidence that CDC-enhanced ofatumumab is particularly effective at eliminating B cells. With the help of CDC assays, suitable organ or bone marrow transplant donors can be found more effectively and accurately for the patient. And the CDC crossmatch is an informative test that detects alloantibodies in pre-transplant and post-transplant patients, which may dictate clinical management of transplant patients. In some patients with complex immunology, a careful and judicious use of a battery of immunology tests is of utmost importance to do a safe transplant and to avoid exclusion of a good donor. Whether you need expression optimization, recombinant protein production, antibody ADCC/CDC modification design, or cell line development, Creative Biolabs provides solutions to drive your research and accelerate your market.
Exciting New Treatments For Cancer And Autoimmune Diseases?
Antibodies are produced by the body's immune system when an infection occurs. Under normal circumstances, the antibodies that are produced recognize a broad range of targets, for example, different parts of a virus or bacteria. Each specific antibody is known as a clone, and the normal response to an infection is a polyclonal response, because many different specificities are represented.Polyclonal antibodies purified from animals are commonly used tool in biological research. However, the polyclonal nature of antibodies can be detrimental, as the exact specificity is unknown. In order to overcome these complications, scientists developed a method for generating monoclonal antibodies (mAbs), i.e., antibodies of a single specificity. Ultimately, the development of the technology for producing monoclonal antibodies resulting in the presentation of the 1984 Nobel Prize in Physiology or Medicine to Niels Jerne, Georges Kohler and Cesar Milstein.Immediately following the development of monoclonal antibodies, these reagents were primarily utilized as research tools. Subsequently, mAbs have been developed into important diagnostic tests including pregnancy tests, HIV screening tests, and cancer diagnostics.More recently, monoclonal antibodies have been developed for the treatment of a number of different diseases. Thus far, this type of biological therapy has been FDA-approved for the treatment of various cancers and autoimmune diseases as well as the prevention of rejection of transplanted organs.Monoclonal antibody treatment of cancer is effective because the antibody can be used to block pathways that drive the growth of the cancer cells or inhibit the ability of the tumor to drive the development of new blood vessels that are required to supply the growing tumor with nutrients. In the case of autoimmune disease, including multiple sclerosis, psoriasis, Crohn's disease and rheumatoid arthritis, monoclonal antibody therapies can block the cells that cause damage from entering the tissues they target or they can block the ability of the cells to function. Similarly, monoclonal antibodies can be used to prevent rejection of transplanted organs, a response that is driven by activation of the immune system.Monoclonal antibodies are an exciting new avenue of intervention for diseases that have traditionally been very difficult to treat. Research regarding this approach is ongoing, and new drugs are being approved frequently. For example, the FDA has approved two new monoclonal antibody drugs in the first quarter of 2011 alone, illustrating the rapid progress of this new tactic for treating chronic diseases.
Feel a strong pulse above bellybutton and under stomach is this normal or could i be preg?
I have a pulse in my belly button too, I've had it for years and I'm definatly not pregnant! Mine is strongest when I'm lying on my back and just rest my fingers over my belly button... Its weird and everyone I have mentioned it to has never heard of anything like it before. I guess we are just freaks of nature ;-) Seriously don't worry about it, but if you want to put your mind at rest just book an appointment at your doctors. Hope this helped Mabs Just found this and thought this may be a good sound explanation... "Abdominal aorta: Very thin individuals may be able to note a slight pulsation beneath the stomach when lying down in a relaxed position. This pulsation is caused by the abdominal aorta, the continuation of the aorta from the heart. At the level of the umbilicus (belly button), the aorta splits into the left and right common iliac ateries which deliver blood to the legs. "
