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1. Mohamad Ikmal Hakim bin allahudin (S55409)
2. Iz'an Farisah binti Saharun (S54639)
3. Nur Umairah binti azmi (S55376)
4. Nurul A'tiqah binti Azahar (S55356)
5. Nurainun Syafiqah Binti Samsudin (S55116)

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Amirah Adnan (S56567)
Thivagesh (S56156)
Sobankumar (S54493)
Thaqif (S54048)
Hakimi (S56732)
Adam (S56070)

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Amirah Adnan (S56567)
Thivagesh (S56156)
Sobankumar (S54493)
Thaqif (S54048)
Hakimi (S56732)
Adam (S56070)

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1.Anis Maisarah binti Fakhrulanuar (S55774)
2.Deenatul Aiman binti Ros (s54524)
3.Nur Khaleda Binti Khalit
(S55172)
4.Nor Syahirah Bini Azman (S55106)
5. Maizatul Ain Syuhada binti Mohammed Shahrizal
(S55842)

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COVID-19#stay safe

Background of COVID-19 Pandemic ( click here )

.The COVID-19 pandemic, also known as the coronavirus pandemic, is an ongoing pandemic of coronavirus disease 2019 (COVID‑19), caused by severe acute respiratory syndrome coronavirus 2 (SARS‑CoV‑2).The outbreak was first identified in Wuhan, China, in December 2019. The World Health Organization declared the outbreak a Public Health Emergency of International Concern on 30 January, and a pandemic on 11 March.

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More effective vaccine can be produce for treating the diseaseResearcher gain more information of how the Covid-19 is mutating and come with an effective way of how to prevent it from developingIdentify the way of how coronavirus that causes COVID-19 made the leap from animals to humans thus can prevent of other viruses that could potentially transfer from wildlife into humansIt will help to combat and identifying future threats from other coronaviruses in other species.

Role of genetic in future corona virus outbreak

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A sample collected from part of body where coronavirus gathers. The sample is treated with several chemical solution that remove substance, such proteins and fatThe RNA is reverse transcribed to DNA using specific enzyme. The short fragment of DNA was added that complementary to specific parts of transcribed viral DNA. These fragment of attach themselves to target section of viral DNA if virus present in sample. The mixture then placed in RT-PCR machine. The machine cycles through temperatures that heat and cool the mixture to trigger specific chemical reactions that create new identical copies of target sections of viral DNA. The cycle repeats over and over to continue copying the target reactions of viral DNA.4)As new copies of viral DNA sections are built, the marker labels attach to the DNA strands and the released a fluorescent dye, which is measured by the machine's computer and presented in real time on screen. The computer tracks the amount of fluorescence in sample after each cycle. When amount of fluorescence in sample after each cycle. When amount goes over a certain level of fluorescence, this confirms that the virus is present.

Virus detection by RT-PCR

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1. RT - PCR or Quantitative PCR is a molecular biology technique that used to monitor the amplification of the target DNA/RNA sequence.2. Principle of RT PCR relies on the use of florescent dye, which means the amount of nucleic acid present into the sample is quantified using the florescent dye.3. There's two types of method for RT PCR; Intercalating dye-based methodHydrolysis Probe.4. On deciding the method that we should use, it is depends on the what types of experiments we want to perform, the overall cost of the budget ofour samplle, the knowledge and expertise of the researcher and the tissue type of the sample.

Principle of RT-PCR

1. RT - PCR or Quantitative PCR is a molecular biology technique that used to monitor the amplification of the target DNA/RNA sequence.2. Principle of RT PCR relies on the use of florescent dye, which means the amount of nucleic acid present into the sample is quantified using the florescent dye.3. There's two types of method for RT PCR; Intercalating dye-based methodHydrolysis Probe.4. On deciding the method that we should use, it is depends on the what types of experiments we want to perform, the overall cost of the budget ofour samplle, the knowledge and expertise of the researcher and the tissue type of the sample.

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REFERENCES

1) Nicole Jawerth (March 27, 2020). How is the COVID-19 Virus detected using real time RT-PCR?. Retrieved May 15,2020, fromhttps://www.iaea.org /newscenter/news/how-is-the-covid-19-virus-detected-using-real-time-rt-pcr2) Prashanth Parameswaran (May 6,2020). How will COVID-19 reshape energy future. Retrieved May 15,2020, from https://thediplomat.com /2020/05/how-will-covid-19-reshape-asias-energy-future/3) Tushar Chauhan (2018). Real-time PCR: Principle, procedure, advantages, limitations and applications. Retrieved May 15, 2020, fromhttps://geneticeducation.co.in/real-time-pcr-principle-procedure-advantages-limitations-and-applications/#The_principle_of_real-time_PCR

the places can be clicked

MALAYSIA-6,855Confirmed+36 new cases5,439Recovered112Deaths+0 new deaths

CANADA-73,401Confirmed+0 new cases36,091Recovered5,472Deaths+0 new deaths

CHINA-Confirmed82,933+4Recovered78,209Deaths4,633

UNITED STATE-Confirmed1.45M+26,768Recovered253KDeaths86,571

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COVID19 by anismaisarah181000 on Genially

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COVID-19#stay safe Background of COVID-19 Pandemic ( click here ) .The COVID-19 pandemic, also known as the coronavirus pandemic, is an ongoing pandemic of coronavirus disease 2019 (COVID‑19), caused by severe acute respiratory syndrome coronavirus 2 (SARS‑CoV‑2).The outbreak was first identified in Wuhan, China, in December 2019.

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1) Laavanyaa A/P M.Navamany (S54553 )
2)Norazlina Binti Mohd Noriskandar (S55976)
3) Siti Fatiha Najwa Binti Mohamed Nasir (S56542)
4) Dhiviyaah a/p Krishna Moorthi (S55094)
5)Nur Muhammad Al-Khawarizmi bin Mokhrizan (S55924)

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Detection of COVID-19 by RT-PCR (Infographic)

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Detection of COVID-19 by RT-PCR (Infographic)

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1. UMMI NAZIRAH BINTI AWANG (S55963)
2. WAN SITI MARIAM BINTI WAN SA'IDI (S56110)
3. NUR HAFIZAH BINTI MAT SABRI (S54521)
4. MARDHIAH BINTI MD YUNUS (S55618)
5. NUR AQILAH BINTI MAHAMAD NAPIAH (S54538)

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1. SYAMIL FADZLI BINTI NGALI       (S54050)

2. SITI ZULAIKHA BINTI A’FIFI            (S54052)

3.  NIK NUR SYAMIMI BINTI RAMLI (S54054)

4.  NUR SOLEHAH BINTI OTHMAN    (S54056)

5. IMAN BINTI ABDUL AZIZ                 (S54058)

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1. Nur Amni Farhana binti Dzuraidi (S55691)
2. Nurul Syuhada binti Abdul Ghani (S54303)
3.  Maisarah binti Ramli (S54310)
4. Nurul Insyirah binti Zaidi (S54322)
5. Nur Diyana binti Abdul Rahman (S55882)

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Nur Ain Binti Hussin (s56241)
Nur Asyiqin Binti Nazri (s55710)
Nurul Aisyah Afiqah Binti Jasni (s55513)
Nurul Shanini Binti Bakri (s55583)
Nurul Ain Binti Asuki (s56036)

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DASHIKA DEVI A/P MAILVAGANAM (S56544) LOW PEI HAO (S55351)           ONG YI WAI (S54441)     SUBASHNI A/P G.VIJAYA KUMAR (S54902)                      TAI ZHI TING (S54899)

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DASHIKA DEVI A/P MAILVAGANAM (S56544) LOW PEI HAO (S55351)           ONG YI WAI (S54441)     SUBASHNI A/P G.VIJAYA KUMAR (S54902)                      TAI ZHI TING (S54899)