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TROPICAL CYCLONES

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Weather disturbances examples: tropical cyclones, tornadoes, hurricanes

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Tropical Cyclones

Tropical CyclonesNow, lets look into the SOS response mechanism.1Tropical CylconesA tropical cyclone begins as a low pressure center with circulation winds of less than 24km/hr.Depression 60 km/hrStorm 60 to 118km/hrTyphoon 118km/hrEye- center of typhoon; area of calm

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.2

Philippine Area of ResponsibilityMost DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.3

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.4

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.5

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.6

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.7

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.8Typhoon Precautionary Measures

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.9During Typhoon1. Stay indoors. Postpone any travel.

2. Always tune in to the latest weather report. Check what is happening in your surroundings.

3. Heed the advice of the local authorities if they ask you to evacuate your area.Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.10After the typhoon1. Have a knowledgeable person to inspectelectrical connectionsbefore using electrical appliances.

2. Check yourhouse for damage and make necessary repairs at once.

3. Boil water before drinking it to avoid diseases.Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.11MonsoonMore commonly known as habagat and amihan.Southwest monsoon or habagat is made stronger by a low pressure that often develops in the east of the PhilippinesNortheast monsoon or amihan is experienced from November to February that causes rains along the eastern coastal areas of the Philippines

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.12

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.13

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.14

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.15Typhoon Precautionary Measures

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.16During Typhoon1. Stay indoors. Postpone any travel.

2. Always tune in to the latest weather report. Check what is happening in your surroundings.

3. Heed the advice of the local authorities if they ask you to evacuate your area.Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.17After the typhoon1. Have a knowledgeable person to inspectelectrical connectionsbefore using electrical appliances.

2. Check yourhouse for damage and make necessary repairs at once.

3. Boil water before drinking it to avoid diseases.Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.18MonsoonMore commonly known as habagat and amihan.Southwest monsoon or habagat is made stronger by a low pressure that often develops in the east of the PhilippinesNortheast monsoon or amihan is experienced from November to February that causes rains along the eastern coastal areas of the Philippines

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.19Thunderstormalso known as anelectrical storm, a lightning storm, or athundershowercharacterized by the presence oflightning and itsacoustic effect on theEarths atmosphere known as thunderThunderstorms occur in association with a type ofcloud known as a cumulonimbus.usually accompanied by strong winds,heavy rain and sometimes snow, sleet, hail, or, in contrast, no precipitation at all.

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.20Easterly WavesFormed from northeast trade winds that may move over an elongated low pressure area

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.21Intertropical Convergence Zone (ITCZ)area encircling the earth near theequator where the northeast and southeast trade winds come together.

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.22TornadoAtornado is a violently rotating column of air that is in contact with both the surface of the earth and cumulonimbus cloud or, in rare cases, the base of a cumulus cloud.

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.23Hurricanesa tropical cyclone, occurring in theNorth Atlantic or theNortheast/North Central Pacific Ocean, east of the International Dateline.characterized by a low-pressure center,strong winds, and a spiral arrangement of thunderstorms that produce heavy rain.

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.24

Hurricanes vs Tornadoes

Most DNA repair mechanism are active all the time. However, there are others that are only activated when a signal is given, such as the SOS response system.So, what is this SOS response? It is a cellular induced response due to the presence of damaged DNA. It can be observed in bacteria such as Caulobacter crescentus and Escherichia coli.As you can see, the general outline of SOS repair involves the removal of lesions, deactivation of LexA, recombinational repair, and translesion DNA synthesis, which bypass remaining lesions and permit the DNA synthesis to resume.25