COVID-19 outbreak in Kenya: tips to keep you and others safe

COVID-19 outbreak in Kenya: tips to keep you and others safe

COVID-19 outbreak in Kenya: tips to keep you and others safe

What is coronavirus (covid-19)?

There is an ongoing outbreak new coronavirus 2019 (COVID-19) across the World. COVID-19 is a new respiratory disease that is spread from infected person through direct contact with fluids like cough, sneeze or contaminated surfaces and articles.

How is coronavirus (covid-19) spread between humans?

COVID-19 spreads through droplets which are released when people sneeze or cough. These droplets can only travel up to one meter and cause infection when they contact the mucous membranes of the mouth, nose or eyes. Spread from contaminated surfaces (formites) may also occur, but plays a lesser role.

How long is the incubation period for COVID-19?

Incubation period is the time between catching the virus and when the symptoms of the disease start appearing. The average is about 5 days and ranges from 2 to 12 days in most cases.

COVID-19 signs and symptoms

The two main symptoms of COVID-19 are fever and cough. The initial case definition also included shortness of breath, but that is true only for those who are more seriously ill. Runny nose and sore throat are very uncommon, so their presence suggests a different virus. View the case definition of COVID-19 below:

Ways to prevent COVID-19

  • Washing hands regularly with soap and running water, or use an alcohol-based hand
    sanitizer,
  • Cough or sneeze into a disposable tissues or flexed elbow, and wash hands immediately.
  • Observe 2 metres social distance with people who have flu-like symptoms
  • Keep away from people who have flu-like symptoms and avoid travelling
  • Avoid handshake, hugging or kissing with people with flu-like symptoms

Infection Prevention and Control measures for each stakeholders

The Ministry of Health in Kenya has developed various IPC measures to be instituted in health facilities, Points of entry (POEs) and the community to mitigate the spread of Corona Virus Disease (COVID-19). The IPC measures serve to interpret and summarize the IPC guidelines for the different stake holders at health facilities, Points of entry POEs and the community

IPC measures in HEALTH FACILITIES
  1. Establish a system of screening and triage for all patients and staff accessing the health facility.
  2. Ensure access to hand washing for all persons accessing the screening area and throughout the health facility. Including those that have in contact with respiratory secretions. Soap and clean running water or 0.05% chlorine can be used for hand hygiene if hands are visibly soiled or Alcohol based hand rub (ABHR) if hands are not visibly soiled
  3. Ensure practise of respiratory etiquette for all persons accessing the health facility. Provide surgical masks to coughing persons, if masks are not available, advise on use and provide patients with single use disposal tissue or advise on coughing into their flexed elbow.
  4. Maintain social distancing (ONE meter or more) between patients and also between patients and staff.
  5. During consultation ensure that patients don’t face the hospital staff directly.
  6. Personal protective equipment (PPE) is guided by the overriding principle of appropriate selection and use of PPE based on routes of transmission and risk assessment.

Screeners at the screening area:

  • Always maintain a ONE meter distance from the patient being screened. If this is to be breached, a surgical mask is to be used.
  • Practise hand hygiene (soap and clean running water, 0.05% chlorine or ABHR)

Symptomatic patients at screening areas including those in isolation

  • Provide a surgical mask to each patient
  • Advice on Practise Hand hygiene including times of contact with respiratory secretions (soap and clean running water, 0.05% chlorine or ABHR)

Staff working in isolation (clinicians and non-clinicians)

  • Don N95 mask, goggles, disposable gloves and gown when accessing the isolation space.
  • Consider change of protective gear if soiled.
  • Practise hand hygiene (before donning , after doffing and in between patients)
IPC measures in POINTS OF ENTRY
Various IPC measures are recommended to be instituted in health facilities, Points of entry (POEs) and the community to mitigate the spread of Corona Virus Disease (COVID-19). COVID-19 is spread mainly through droplet and contact, directly with respiratory secretions or indirectly via fomites.
This document serves to interpret and summarize the IPC guidelines for the Points of entry (POEs).

 

POINTS OF ENTRY (Airports, sea ports and land crossings)

  1.  Establish a system of screening and triage for all travellers and staff accessing the POE.
  2. Ensure access to hand washing for all persons accessing the screening area and throughout the POE. Including those that have been in contact with respiratory secretions. (soap and clean running water, 0.05% chlorine or ABHR)
  3. Ensure practise of respiratory etiquette for all persons accessing the health facility. Provide surgical masks to coughing persons, if masks are not, advise on use and provide patients with single use disposal tissue or advise on coughing into their elbow.
  4. Maintain a ONE meter distance or more between traveller and between travellers and staff.
  5. During the process of screening, ensure that the travellers don’t face the screener directly.
  6. Personal protective equipment (PPE) is guided by the overriding principle of appropriate selection and use of PPE based on routes of transmission and risk assessment.

Arriving travellers

  • Practise hand hygiene. (soap and clean running water, 0.05% chlorine or ABHR)
  • Always maintain a ONE meter distance between travellers. Always avoid crowding.
  • Only symptomatic travellers should be availed surgical masks and directed towards isolation for further screening.
    Departing travellers
  • Practise hand hygiene. (soap and clean running water, 0.05% chlorine or ABHR)
  • Always maintain a ONE meter distance between travellers. Always avoid crowding.
  • Only symptomatic travellers should be availed surgical masks and directed towards isolation for further screening.

Primary screeners

  • Always maintain a ONE meter distance from the travellers being screened. If this is to be breached, a surgical mask is to be used.
  • Practise hand hygiene. (soap and clean running water, 0.05% chlorine or ABHR)
    Secondary screeners and staff working in isolation
  • Don N95 mask, goggles, disposable gloves and gown when accessing the isolation space.
  • Consider change of protective gear if soiled.
  • Practise hand hygiene (before donning , after doffing and in between patients)
    Other staff (including ground staff and customs)
  • Practise hand hygiene. (soap and clean running water, 0.05% chlorine or ABHR)
  • Always maintain a ONE meter distance between staff and travellers. If this is to be breached, a surgical mask is to be used.
IPC measures in THE COMMUNITY
Various IPC measures are recommended to be instituted in health facilities, Points of entry (POEs) and the community to mitigate the spread of Corona Virus Disease (COVID-19). COVID-19 is spread mainly through droplet and contact, directly with respiratory secretions or indirectly via fomites.
This document serves to interpret and summarize the IPC guidelines for the Community.

 

COMMUNITY CONSIDERATIONS

  1. Ensure access to frequent hand hygiene in all public spaces. (soap and clean running water, 0.05% chlorine or ABHR).
  2. Avoid crowding.
  3. Maintain ONE meter distance from persons with respiratory symptoms.
  4. Surgical masks should ONLY be availed to persons with respiratory symptoms. Best practices should be followed on how to wear, remove, and dispose of them and on hand hygiene action after removal.

Wearing surgical masks when not indicated may cause, unnecessary social panic, unnecessary cost, procurement burden and create a false sense of security that can lead to neglecting other essential measures such as hand hygiene practices.

Furthermore, using a mask incorrectly may hamper its effectiveness to reduce the risk of transmission. A surgical mask is not required for non-sick persons, as no evidence is available on its usefulness to protect. This applies to also Persons in self-quarantine. Self-quarantine refers to a voluntary two week restriction of movement (to your home) of non-symptomatic individuals returning from areas affected by COVID-19.

Quarantine is different from isolation as isolation refers to restriction of symptomatic persons within a defined area.

FOR MORE INFORMATION

?

RESOURCES

Updates direct to your Email

Enter your email address to receive notifications of new posts and opportunities by email.

Join 7,243 other subscribers

Post categories

How to protect others and yourself

Advice to travellers

IPC measures

Why is the fight against Ebola and other endemic infectious diseases in Africa futile?

Why is the fight against Ebola and other endemic infectious diseases in Africa futile?

Why the fight against Ebola and other endemic infectious diseases in Africa is futile can be deciphered in the following statements from a recent article by Denice Grady appearing in the New York Times:

  1. “Fearful of being confined in isolation units, people have avoided testing and treatment.” Msg = build trust

  2. “They do not want outside interference in rituals around death and burial.” Msg = promote safer cultural practices and avoid the mindset of always wanting to eliminate cultural practices

  3. “Many wonder why outside aid has flooded in for Ebola, but not for malaria, diarrhea or other common, debilitating diseases that afflict many more people.” Msg = sometimes research should address what people want addressed first not what is scientifically trending

4.” Some have asked aid workers where they were when militias were carrying out massacres of civilians.” Msg = always be aware of underlying factors esp politics and political stability

  1. “They hear constant advice to wash their hands, but nothing about the lack of soap and water,” Msg = listen and fix what the community needs first hand (enables of compliance to control options)

  2. “They see their relatives sprayed with chlorine and wrapped in plastic bags, buried without ceremony. Then they see their possessions burned.” Msg = its not about eliminating cultural practices but its about making them safer

  3. “The lesson is clear: Guns and public health don’t mix,” Msg = self explanatory

What would be your take home messages? Share in the comments below

Important Infectious Diseases Outbreaks in Kenya between 1947 to 2018

Important Infectious Diseases Outbreaks in Kenya between 1947 to 2018

Important Infectious Diseases Outbreaks in Kenya between 1947 to 2018

Infectious diseaseYear (last outbreak)Cases
Anthrax 201819
Chikungunya201840
Cholera 20185781
Hepatitis B2018
Measles2018
Rabies 2018
Rift Valley fever 2018120
Amoebiasis 201730
Dengue 20171199
Leishmaniasis - visceral2017277
Malaria2017144
Hepatitis E201621
Typhoid and enteric fever 2015317
Rubella 2014646
Poliomyelitis and acute flaccid paralysis201314
Brucellosis 2011*
Escherichia coli diarrhea200918
Shigellosis200919
Schistosomiasis - haematobium 200830
Schistosomiasis - mansoni200877
Meningitis - bacterial2006131
Leptospirosis2004141
O'nyong nyong200415
Q-fever 2000*4
Orf1994*
Yellow fever199355
Plague199044
Salmonellosis 198798
Tuberculosis1987*
Trypanosomiasis - African1984
Botulism19796
Conjunctivitis - viral1974
Enterovirus infection1974
Trichinosis1972*
Relapsing fever1947*
* indicates publication year (not necessarily year of outbreak)

Source: Global Infectious Diseases and Epidemiology Network website available at https://web.gideononline.com/ and accessed on 19th December 2018

Potential of Social Media and Internet-Based Data in Preventing and Fighting Infectious Diseases

Potential of Social Media and Internet-Based Data in Preventing and Fighting Infectious Diseases

Potential of Social Media and Internet-Based Data in Preventing and Fighting Infectious Diseases

This article reports on the importance of using social media and the Internet in the fight against infectious diseases. Disadvantages and advantages of data gathered from social media and the Internet for public health use are also discussed. Examples and exploration of tools like GT is also given with its own opportunities and challenges. Future challenges and current gaps are also highlighted in this chapter so that future strategies can be formulated in order to improve contemporary surveillance system.

Abstract

This article can be accessed online at: http://dx.doi.org/10.1007/5584_2016_132

Seasonality of Viral Encephalitis and Associated Environmental Risk Factors in Vietnam (2004-2013)

Seasonality of Viral Encephalitis and Associated Environmental Risk Factors in Vietnam (2004-2013)

Seasonality of Viral Encephalitis and Associated Environmental Risk Factors in Vietnam (2004-2013)

The first in a series of papers by Hu Suk exploring the relation between environment and disease supported by CCAFS and (secondarily) by A4NH. This information can help in both disease forecasting and diagnosis.
Read the full paper by clicking here
7

New global migration mapping to help fight against infectious diseases

New global migration mapping to help fight against infectious diseases

New global migration mapping to help fight against infectious diseases

newglobalmigGeographers at the University of Southampton have completed a large scale data and mapping project to track the flow of internal human migration in low and middle income countries.

Researchers from the WorldPop project at the University have, for the first time, mapped estimated in across three continents; Africa, Asia and Latin America and the Caribbean.

Professor Andy Tatem, Director of WorldPop, comments: “Understanding how people are moving around within countries is vital in combating infectious diseases like malaria. The parasite which causes the disease can be quickly reintroduced to a malaria free area by highly mobile populations.

“Having an accurate overview of how different regions of countries are connected by human movement aids effective disease control planning and helps target resources, such as treated bed nets or community health workers, in the right places. Having data for all low and across three continents will greatly aid disease control and elimination planning on global and regional scales.”

Working with colleagues at the Flowminder Foundation and supported by the Bill and Melinda Gates Foundation, the researchers have used census micro-data (anonymised census information at the individual level) to model estimates of flows within countries and then produced a series of maps to visually represent the data. The research paper ‘Mapping internal connectivity through human migration in malaria endemic countries’ published in Scientific Data details the methods they employed, and presents the freely available data.

Lead author Dr Alessandro Sorichetta from the University of Southampton says: “We sourced the census data from around 40 different countries and have produced detailed population migration maps on a scale not seen before. They show webs of connectivity within countries – indicating high and low flows of people moving between different locations.”

Figures from the International Organization for Migration and The World Bank show that, without accounting for seasonal and temporary migrants, more than one billion people live outside their place of origin – 740 million as ‘internal migrants’. Human mobility is expected to continue to rise, creating a range of impacts, such as invasive species, drug resistance spread and disease pandemics.

Dr Sorichetta comments: “It’s crucial we understand human mobility, so we can quantify the effect it has on our societies and the environment and provide strong evidence to support the development of policies to address issues, such as public health problems.”

The researchers are now integrating the migration estimates with data on malaria prevalence – helping to inform regional elimination and global eradication plans for the disease. Equally, they believe the data could be used to support regional control and elimination strategies for other , for example, Schistosomiasis, River Blindness, HIV, dengue and Yellow Fever. Furthermore, the datasets could help inform decisions in the fields of trade, demography, transportation and economics.

More information: Alessandro Sorichetta et al. Mapping internal connectivity through human migration in malaria endemic countries, Scientific Data (2016). DOI: 10.1038/sdata.2016.66

This post originally appeared at: http://medicalxpress.com/news/2016-08-global-migration-infectious-diseases.html

7

Updates direct to your Email

Enter your email address to receive notifications of new posts and opportunities by email.

Join 7,243 other subscribers

Post categories