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Wednesday, August 31, 2011

Nokia Pc Suite Not Detecting My 5233 Phone,Solved!

Hi there!

Few days ago,I formatted my pc and loaded Windows XP Professional Service Pack 2. After loading all softwares,and setting everything up,I connected my Nokia 5233 to my computer in Pc Suite Mode.

I was using Nokia Pc Suite 7.1.18.0. But windows could not detect my phone. I checked my phone, Menu > Settings > Connectivity > USB > Pc Suite Mode. Ask on Connection > No. That means setting is ok on phone. And there's a small USB symbol on the top right section of the screen. This indicates that the phone is recognising the USB connection. What might be the problem?

After doing a little research and googling,I found the solution! This is a driver related problem. You have to download the latest driver from this link-
http://europe.nokia.com/support/product-support/cable-drivers/driver-for-nokia-dke-2-dku-2-ca-42-ca-53-ca-70-ca-101


Download the driver,now go to Start > Control Panel > Add or remove programs > Find 'Nokia Connectevity Cable Driver' and uninstall it. Now close Control Panel and install the newly downloaded driver. If it asks for restart,click yes. After restart,connect the phone in Pc Suite Mode,it will detect the phone. Leave it for few minutes while Windows configures and installs the phone. Now you're ready to use it. Enjoy!


That's all!

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7 comments:

  1. A recent report that 93 per cent of invasive cervical cancers worldwide contain human papillomavirus (HPV) may be an underestimate, due to sample usabio inadequacy or integration events affecting the HPV L1 gene, which is the target of the polymerase chain reaction (PCR)-based test which was used. The formerly HPV-negative cases from this study have therefore been reanalyzed for usabio HPV serum antibodies and HPV DNA. Serology for HPV 16 VLPs, E6, and E7 antibodies was performed on 49 of the 66 cases which were HPV-negative and a sample of 48 of the 866 cases which were HPV-positive in the original study. Moreover, 55 of the 66 formerly HPV-negative biopsies were also reanalyzed by a sandwich procedure in which the outer sections in a series of sections are used for histological review, while the inner sections are assayed by three different HPV PCR assays targeting different open reading frames (ORFs). No significant difference usabio was found in serology for HPV 16 proteins between the cases that were usabio originally HPV PCR-negative and -positive. Type-specific E7 PCR for 14 high-risk HPV types detected HPV DNA in 38 (69 per cent) of the 55 originally HPV-negative and amplifiable specimens. The HPV types detected were 16, 18, 31, 33, 39, 45, 52, and 58. Two (4 per cent) additional cases were only HPV DNA-positive by E1 and/or L1 consensus PCR. Histological analysis of the 55 specimens revealed that 21 were qualitatively inadequate. Only two of the 34 adequate samples were HPV-negative on all PCR tests, as against 13 of the 21 that usabio were usabio inadequate ( p< 0.001). Combining the data from this and the previous study and excluding inadequate specimens, the worldwide HPV prevalence in cervical carcinomas is 99.7 per cent. The presence of HPV in virtually all cervical usabio cancers implies the highest worldwide attributable fraction so far reported for a specific cause of any major human cancer. The extreme rarity of HPV-negative cancers reinforces the rationale for HPV testing in addition to, or even instead of, cervical cytology in routine cervical screening.








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