MODUL BIOLOGI SPM TINGKATAN 5 SUDAH SIAP DICETAK.
KEPADA PELAJAR TINGKATAN 5 SAINS HAYAT SMKCE TAHUN 2011
SILA DAPATKAN NASKAH MODUL TERSEBUT DI RUMAH CIKGUBIO SEGERA.
KELAS BIO AKAN BERMULA PADA HARI PERTAMA PERSEKOLAHAN.
Thursday, December 23, 2010
Saturday, November 27, 2010
Sunday, June 27, 2010
NOOR AZWA SULAIMAN Bakal Jadi Doktor
NOOR AZWA SULAIMAN (gambar 2 dari kiri) pelajar cemerlang SMKCE dalam SPM 2008 telah berjaya melanjutkan pelajaran dalam kursus Perubatan (MBBS) di Universiti Darul Iman, Terengganu.
Pelajar SPM 2008 jenguk makmal Bio.
dari kiri Syaswani, Azwa, Hafizatul A'aishah dan Nur Hafizah.
Kesemuanya akan ke IPT minggu depan
Saturday, May 15, 2010
SELAMAT HARI GURU
TERIMA KASIH CIKGU
guru oh guru..
jika hari ini seorang perdana menteri berkuasa
jika hari ini seorang raja menaiki takhta
jika hari ini seorang presiden sebuah negara
jika hari ini seorang ulamak mulia
jika hari ini seorang peguam menang bicara
jika hari ini siapa saja menjadi dewasa
sejarahnya dimulakan oleh seorang guru biasa
dengan lembut,sabarnya mengajar tulis baca..
guru oh guru..
jika hari ini seorang perdana menteri berkuasa
jika hari ini seorang raja menaiki takhta
jika hari ini seorang presiden sebuah negara
jika hari ini seorang ulamak mulia
jika hari ini seorang peguam menang bicara
jika hari ini siapa saja menjadi dewasa
sejarahnya dimulakan oleh seorang guru biasa
dengan lembut,sabarnya mengajar tulis baca..
Tuesday, April 13, 2010
Wednesday, March 24, 2010
MAJLIS PELANCARAN LAMAN WEB MGC TUMPAT
Laman Web Rasmi MGC Tumpat selamat dilancarkan oleh Ketua Nazir Dan Jaminan Kualiti Kelantan pada 24 Mac, 2010 dalam Majlis Jamuan Jalinan Kasih MGC Tumpat, bertempat di Restoran New Horizon Garden.
YBrs. Tn. Hj. Ab Hamid Che Soh
Ketua Nazir,
YBrs. En. Zakaria Awang Chik
PPD Tumpat dan
Tn.Hj. Ahmad Zamri
Pengerusi MGC Tumpat
di majlis pelancaran.
Tuesday, March 23, 2010
KEPUTUSAN UJIAN PENGESANAN 1 (MAC)
UJIAN PENGESANAN 1 (MAC) 2010
MATA PELAJARAN: BIOLOGI
TINGKATAN : 4 ARIF
BIL NAMA MARKAH GRED
1 NUR DIYANA SOFIA BT MOHD AZLAN 70 A-
2 NUR ZAWANI BT RAZALI 60 B
3 NURUL SYAZWANIE BT ZULRAIMI 55 C+
4 NIK SHAMIERA BT ADNAN 54 C+
5 NOR FARHAH SYAFIQA BT AWANG 54 C+
6 NUR IZZATI BT MOHD NAWI 54 C+
7 NOOR AMANINA BT AB AZIZ 51 C+
8 MUHAMAD HAFIZ AIMAN B AB RAHMAN 46 C
9 AIMUNI MASTURA BT SALLAEH 45 C
10 MUHAMMAD SYAHRUL B AHAMAD 44 C
11 NOOR SAHIDA BT ANUAR 43 C
12 NOR HIDAYAH BT NOH @JUNOH 43 C
13 NURUL ILIANA BT ZAKARIA 43 C
14 WAN NOOR ATIKAH BT WAN MOHD FAUZI 43 C
15 WAN MOHAMAD AMIN B MOHD NASIR 42 C
16 NOR LIANA BT MOHD SALLEH 41 C
17 NUR SABILA SOLIHAN BT S. MUHAMMAD NAJIB 39 D
18 SITI AMYLIA BT CHE YAACOB 38 D
19 MOHAMMAD FAQIH HAZIM B MOHD YUSOFF 37 D
20 SAIFUDDIN B MOHAMAD ZORI 37 D
21 NUR IRA MERLIS BT MOHD JAFFRI 37 D
22 NURUL HUDA BT HASSAN 37 D
23 SITI NAJIHAH BT AWANG @ ABDUL MALEK 35 D
24 NOOR KHAIRUL AZWANI BT MAT RONI 34 E
25 AINUL AMALIA BT AMIN 33 E
26 NIK AINA ILYANI BT AHMAD SHUKRI 30 E
27 MOHAMAD FIRDAUS B RAZALI 29 G
28 NUR SHAEERA BT AZMAN 29 G
29 MOHAMMAD KHAIDIR B MAHMUD KAMARUDDIN 28 G
30 WAN ABU BAKAR B SAMAUN 24 G
31 WAN EMMIR FARRIS B MOHD SUHAIMI 23 G
32 MUHAMMAD BADRUL HAFIZ B IBRAHIM TH G
UJIAN PENGESANAN 1 (MAC) 2010
MATA PELAJARAN: BIOLOGI
TINGKATAN : 5 ARIF
BIL NAMA JUM GRED
1 MOHAMAD AMIRUL AMIN B AWANG 35 D
2 MOHAMAD ASHARI BIN SEMAN 50 C+
3 MOHAMAD ASLAMILIE BIN MOHD SUHIL 42 C
4 MOHAMAD ASRAF B MOHD RAHIMI 67 B+
5 MOHAMAD FAISAL B MIDIN 38 D
6 MOHAMAD SUFIAN B KAMARUDDIN 44 C
7 MOHAMAD ZULHISHAM B YUSOFF 54 C+
8 MOHAMMAD FEKRE BIN HASAN 31 E
9 MUHAMAD AFIFI B MOHD ABIDIN 24 G
10 MUHAMAD MUIZ B MAT RASID 36 D
11 MUHAMAD SABRI B IBRAHIM 23 G
12 MUHD NUR SAIFUDDIN B MAZLAN 47 C
13 AZIRA BT OTHMAN 65 B+
14 FARAH WAHIDA BINTI YACOB 30 E
15 FARAH ZULAIKHA BT MOKHTAR 30 E
16 LAILA SUHANA BT ZAINUDIN 34 E
17 NOOR AZWANI BT MOHD SAIMI 39 D
18 NOOR SYAFIZA BT SEPIAN 40 C
19 NOR FARAH SYAHIRA BT CHE WAN 32 E
20 NOR SHAHIRA BT MOHD NASIR 45 C
21 NOR ZAIMA BT ZU 51 C+
22 NORAYHAN BT IBRAHIM 40 C
23 NORFATIHAH BT MD NOOR 38 D
24 NORHAYATI BT WAN ISA 36 D
25 NUR AFIQAH BT MOHD ARIFFIN
26 G 26 NUR AMALINA SYAHIRAH BT ABD PATAH 52 C+
27 NUR FARAH BT YAACOB 28 G
28 NUR FIRDATUL ASYRIKIN BT MOHAMMAD @ ALI 25 G
29 NUR IZZATI BT OMAR 62 B
30 NURFATIN NAZWA BT CHE HARON 43 C
31 NURLIYANA BT MD NAWI 41 C
32 SITI AISYAH BT AB. RAHMAN 35 D
33 SITI NOOR FATEN BT NAZERI 53 C+
34 SITI NURUL FATIN BT SAIDI 32 E
35 SITI SALMIAH BT ABD RAJAB 46 C
36 SRI SURYANI BT MOHAMAD NOOR 28 G
37 TG. HARYANI NORLAINI BT TG HANAFI 46 C
Wednesday, March 17, 2010
SUBJEK BIO DAPAT 100 PERATUS
Keputusan mata pelajaran Biologi cemerlang lagi dengan pencapaian 100% dalam peperiksaan SPM 2009.
6 orang pelajar mendapat keputusan gred A-, 8 orang B+ dan 7 orang mendapat gred B.
Pelajar yang mendapat A dalam SPM 2009 ialah:
ALIFAH ILYANI BINTI AB. GHANI
AZIZAN BIN ABDULLAH
SHAMSUL SHAHMIE BIN RAMLEE
HAIDA BINTI ISMAIL
NOR ARIZA BINTI MOHAMMAD
SITI NURFATIHAH BINTI MOHD NASIR
KEPUTUSAN SPM SMKCE CEMERLANG
Keputusan SPM 2009 SMK Chabang Empat meningkat 2.33 % dengan pencapaian 93.2 % berbanding 90.87 % bagi tahun 2008.
Seorang pelajar mendapat 9A 1B dan 5 orang mendapat 8A 2B
6 mata pelajaran memperolehi keputusan 100% didahului oleh Biologi, Fizik, ICT, Geografi, Pendidikan Seni dan EST.
Saturday, March 6, 2010
Tuesday, March 2, 2010
TEMASYA OLAHRAGA SMK CHABANG EMPAT KALI KE 20
TEMASYA OLAHRAGA SMK CHABANG EMPAT KALI KE 20
Telah berlangsung pada 21,22 dan 24 Februari 2010.
Puan Pengetua sedang menerima tabik hormat dari peserta perbarisan
Penyampaian hadiah kepada pemenang
Guru-guru SMKCE
turun memeriahkan Temasya Olahraga
Acara lompat tinggi...
dah jadi acara tangkap palang...
....Acara lontar peluru
Thursday, February 11, 2010
Humoral (Antibody) Immunity
The humoral branch of the immune system defends the body by producing antibodies, substances that interact with microbes to kill them. The word "humoral" refers to antibodies. Immunoglobulin is another term you may hear used for antibodies.
Humoral immunity is most effective against bacteria and viruses that live outside of cells (extracellular microbes). The immune cells that produce antibodies are a special lymphocytes called activated B cells or plasma cells.
Several steps are required for the production of antibodies.
1. A white blood cell called a macrophage ingests (eats) an invading microbe. The microbe is digested by the macrophage (see Figure 1). Some of the microbe's digested proteins (antigens) are displayed by the macrophage on its surface to alert other cells of the immune system that an invader is present.
Figure 1: Macrophage Digesting Microbe and Displaying Antigen
2. Lymphocytes called B cells also process and display the invader's proteins on their surfaces (see Figure 2).
Figure 2: B Cell Digesting Microbe and Displaying Antigen
3. When an immune cell called a T helper cell sees the same protein on the surface of a B cell and a macrophage, it sandwiches itself between the two other immune cells (see Figure 3). The formation of this bridge complex stimulates the B cell to begin dividing, making more copies of itself. The resulting group of activated B cells produces antibodies against the invading microbe's displayed proteins (antigens).
Figure 3: T Helper Cell Activates B Cell Causing B Cell Expansion and Antibody Production
The antibodies produced against an invader attach to antigens on its surface. The presence of antibodies on the surface of the invader serves as a "red flag" to the rest of the immune system and marks the invader for destruction. The killing takes place in one of two ways. The antibodies may cause leaks in the outer coat of the microbe; the leaky invader cannot recover and dies. More commonly, antibodies on the surface of the invader alert the killer cells of the immune system to ingest (eat) and destroy the invader.
Figure 4: Antibody Tags Microbe Marking It For Immune System Destruction
Antigen-antibody interactions are very specific. Antibodies produced in response to a specific antigen normally reactonly with that antigen. Antigen-antibody interactions are often likened to a lock and key. A given lock can only be "activated" by a matching key. Similarly, and a given antibody only reacts with its matching antigen.
Humoral immunity is most effective against bacteria and viruses that live outside of cells (extracellular microbes). The immune cells that produce antibodies are a special lymphocytes called activated B cells or plasma cells.
Several steps are required for the production of antibodies.
1. A white blood cell called a macrophage ingests (eats) an invading microbe. The microbe is digested by the macrophage (see Figure 1). Some of the microbe's digested proteins (antigens) are displayed by the macrophage on its surface to alert other cells of the immune system that an invader is present.
Figure 1: Macrophage Digesting Microbe and Displaying Antigen
2. Lymphocytes called B cells also process and display the invader's proteins on their surfaces (see Figure 2).
Figure 2: B Cell Digesting Microbe and Displaying Antigen
3. When an immune cell called a T helper cell sees the same protein on the surface of a B cell and a macrophage, it sandwiches itself between the two other immune cells (see Figure 3). The formation of this bridge complex stimulates the B cell to begin dividing, making more copies of itself. The resulting group of activated B cells produces antibodies against the invading microbe's displayed proteins (antigens).
Figure 3: T Helper Cell Activates B Cell Causing B Cell Expansion and Antibody Production
The antibodies produced against an invader attach to antigens on its surface. The presence of antibodies on the surface of the invader serves as a "red flag" to the rest of the immune system and marks the invader for destruction. The killing takes place in one of two ways. The antibodies may cause leaks in the outer coat of the microbe; the leaky invader cannot recover and dies. More commonly, antibodies on the surface of the invader alert the killer cells of the immune system to ingest (eat) and destroy the invader.
Figure 4: Antibody Tags Microbe Marking It For Immune System Destruction
Antigen-antibody interactions are very specific. Antibodies produced in response to a specific antigen normally reactonly with that antigen. Antigen-antibody interactions are often likened to a lock and key. A given lock can only be "activated" by a matching key. Similarly, and a given antibody only reacts with its matching antigen.
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