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Cervical cancer:the WHO action plan to tackle one of the most common cancers in women

It is a preventable disease and also curable if detected early and treated appropriately. Cervical cancer, fourth most common cancer in women worldwide , now has a sworn enemy:the World Health Organization.

Cervical cancer:400,000 deaths by 2030 if nothing is done

On November 17, 2020, 194 countries pledged, under the leadership of the World Health Organization (WHO), to fight cervical cancer. This global strategy, the first of its kind aimed at defeating cancer, is based on three axes:vaccination, screening and treatment.

The enormous burden of cervical cancer mortality is the result of decades of neglect by the global health community. However, the scenario can be rewritten, said WHO Assistant Director General Dr Princess Nothemba Simelela.

If nothing is done, the WHO estimates that the number of cases of cervical cancer will increase from 570,000 to 700,000 per year by 2030, and the annual number of deaths associated with this disease, from 310,000 to 400,000. A scourge therefore caused, let us remember, by the human papillomavirus (HPV).

Cervical cancer:what the WHO wants to do to prevent millions of deaths by 2050

If to date, the three key tools against this cancer (vaccination, screening and treatment) have been generalized in most rich countries, the situation is far from being the same in the rest of the world , particularly due to the high cost of the vaccine.

Thus, to stem the progression of cervical cancer, the World Health Organization proposes three objectives to be achieved by 2030:

  • vaccinate 90% of young girls against HPV before they turn 15;
  • screening performed at ages 35 and 45 for 70% of women;
  • treat 90% of women diagnosed with cervical cancer, as well as those with precancerous lesions.

" We can make history to ensure a future without cervical cancer."

If these measures are successfully implemented by 2030, new cases of the disease could be reduced by more than 40% and the number of deaths related to the disease by 5 million by 2050.

All countries will then be on track to eliminate this cancer, according to the WHO. The UN agency is aware, however, that the strategy is launched in the midst of the Covid-19 pandemic, which jeopardizes the prevention of cancer deaths given the interruption of vaccination services. But “  we can make history to ensure a future without cervical cancer. , assured Ms. Simelela.

How to prevent cervical cancer?

The most effective prevention against the onset of uterine cancer is to combine regular Pap smear screenings with vaccination.

  • Screening for lesions of the cervix :this screening is for all women aged 20 to 65 and is carried out by smear.
    The frequency is one smear every 3 years following 2 normal smears taken 1 year apart.
  • Vaccination :Several vaccines are currently available that provide protection against the most common HPVs. The vaccine has no effect on preformed lesions.
    Also, vaccination is recommended for young girls at the latest in the year of the beginning of their sexual life. The risks of cancer are then greatly reduced, however, screening smears remain essential throughout life.

Cervical cancer:how is it diagnosed?

Cervical cancer can develop without showing any clinical signs, hence the importance of regular screening tests. In other cases, symptoms such as light bleeding outside the period of menstruation or after menopause should alert. Screening is done by smearing the cervix (cervico-uterine smear).
This painless and quick examination can be performed by a gynecologist or the attending physician. It makes it possible to collect a few cells which will be analyzed in the laboratory. The scan will look for the presence of abnormal or cancerous cells. The smear must be carried out outside the menstrual period. If the smear is positive, further tests will be done. In addition to the gynecological examination, tissues are taken by biopsy or by conization for an anatomopathologic analysis. Imaging tests (ultrasound, scanner or MRI) are also used to precisely determine the stage of tumor development.