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Details of profile must include 1. Full name 2. Matric number 3. Home address 4. Family contact number 5. Personal contact number 6. your photo

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LEADER:
TEAM MEMBERS:

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LEADER:
TEAM MEMBERS

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LEADER:
TEAM MEMBERS

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LEADER:
TEAM MEMBERS:

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LEADER:
TEAM MEMBERS:

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LEADER:
TEAM MEMBERS:

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MAPPING OF HSP BIO FORM 4 WITH PROFORMA SBC3013

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MAPPING OF HSP BIO FORM 4 WITH PROFORMA SBC3013

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MAPPING HSP BIO FORM 5 WITH PROFORMA SBC3013

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MAPPING HSP BIO FORM 5 WITH PROFORMA SBC3013

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MAPPING HSP BIO FORM 6 WITH PROFORMA SBC3013

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MAPPING HSP BIO FORM 6 WITH PROFORMA SBC3013

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You will love this!

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Video made with Biteable. The World's Simplest Video Maker

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I just published the first episode of my new podcast! Listen on Anchor https://anchor.fm/marina-mokhtar/episodes/Actions-before-first-lecture-e37ko0

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Dear students, you may communicate regarding this course using
https://padlet.com/marinamokhtar/swankyforum

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I apologize on the incomplete paging of proforma sbc3013 that i have posted in MyGuru earlier and i have retracted it. The complete versions have been uploaded just now. Please retrieve it.

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MATRIC NO : D2018205764
ADDRESS: NO 218 (F) BUKIT MENDI, 28320 TRIANG PAHANG
CONTACT NO : 0129376442 (AYAH)
PERSONAL NO: 0177096062

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MATRIC NO : D20182085033
ADDRESS: TB 8807 LOT 184 TMN WAWASAN JLN UTARA BARU 91000 TAWAU SABAH
CONTACT NO : 0135565075 (MAK)
PERSONAL NO: 0128415471

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Matric No : D20172080951
Address : No 6, Jalan 2, Taman Cempaka Sari ijok, 45600 Bestari Jaya Selangor.
Contact No : 019-2669235 (Mak)
Personal No : 013-9345235

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MATRIC NO: D20172080338
ADDRESS : NO 32 JALAN SETIA     INDAH U13/11E SETIA ALAM SEKSYEN U13 40170 SHAH ALAM SELANGOR .
CONTACT NO: 0193448417 ( AYAH)
PERSONAL NO: 01111181202

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Name: Siti nur zahirah bt mohd taupek
Matric no:D20182085756
Address:no197,lorong delima 7,lot144 gong limau chukai 24000 kemaman
Mother's phone no : 01117989404 ( Pn.suhaila )
My phone no : 011336879

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Name: Muhammad Afiq Ikmal Bin Mohd Zulkaply

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Name: Muhammad Afiq Ikmal Bin Mohd Zulkaply

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Matric no.: D20182085757
Adress: Lot1128 Kampung Permatang Sungkai
16800 Pasir Puteh, Kelantan
Contact no. :0199931801(father)
Personal : 01114983062

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AINI ALIA BINTI MOHD YUSOFF

No Matric : D20182085747
Address : LOT 1350 KG TASEK , JALAN PANTAI CAHAYA BULAN , 15350 KOTA BHARU KELANTAN
No Phone : 019-9863928 (dad)
: 014-8059113

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Matric No :
D20182085765
Address :
No 1, Rumah Pegawai,     Kolej Perisikan ATM, 28400, Mentakab, Pahang
Contact No :
0193861546 (dad)
0192274478 (mom)
0148152071 (me)

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D20182085759
Lot 9111-A(38), Jalan Kenanga, Kg Sungai Tua Baru, 68100 Batu Caves, Selangor
0179626966 (ibu)
01129040034 (saya)

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Matric No: D20182085031
Address: Lot 3948, Jln Maigold, Lorong 2C/6B Desa Senadin 98000 Miri, Sarawak.
Contact No: 0138421488 (Father)
Personal No: 0198947497

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Matric no : D20182085036
Address : Lorong Pokok Seraya 5F, Taman Khidmat, Kolombong, 88300, Kota Kinabalu,Sabah.
Contact no : 0146757333 (Father)
0149553212

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D20182085035
1E, Lorong 15, Jalan Gambir. 96000, Sarawak
0149995112, sister's contact number
0126570001, personal contact number

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Example of mapping of CLO in SBC3013 proforma

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Example of mapping of CLO in SBC3013 proforma

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Your first move!

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Video made with Biteable. The World's Simplest Video Maker

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Matric no.: D20171078202
Adress : No.38, Jalan Wawasan 1, Taman Wawasan, 43100 Hulu Langat, Selangor
My number: 0137527276
Family number: 0193357276 (mom)

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Matric no : D20171078204
Address : Lot 1406, Kampung Atas Pinggir, Tendong, 17030, Pasir Mas, Kelantan
Contact no : 014-8109910 (Father)
Phone no : 011-16337242

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Matric no : D20182085749
Address : B-2-4 Apt Seri Cempaka Seksyen 16 43650 Bandar Baru Bangi
Contact no : 0183130750 (mom)
Phone no : 0179009657

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MATRIX NO :D20182085032
HOME ADDRESS : RUMAH MASAM ENGKARAS 95900 LUBOK ANTU SRI AMAN SARAWAK
FAMILY CONTACT NO. ; 012-8951275 (mother)
PERSONAL CONTACT NO : 014-2874266

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MATRIX NO:D20182085763
HOME ADDRESS:2809,TAMAN INDAH,73000 TAMPIN, NEGERI SEMBILAN.
FAMILY CONTACT NUMBER:013-6212922(FATHER)
PERSONAL CONTACT NUMBER: 01135570531

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Delta

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HSP Bio Form 4 with Proforma

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HSP Bio Form 5 with Proforma

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HSP Bio Form 6 with Proforma

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Group charlie : siti sarah, nur badriah, amirah

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LEVEL OF ORGANIZATION = INTRODUCTION TO BIOLOGY (UNDERSTANDING CELL ORGANIZATION) ✓ MOLECULES OF LIFE = CHEMICAL COMPOSITION OF CELL ✓ INTRODUCTION OF PHOTOSYN...

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Group charlie: amirah,badriah and sarah

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INTRODUCTION TO MICROBIOLOGY = INHERITANCE AND GENETIC CONTROL ✓ = ✓ CHEMICAL BASIS = BIOLOGICAL MOLECULES (WATER) ✓ EUKARYOTIC CELL = STRUCTRE OF CELL AND ORG...

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Group Delta

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MATRIC NO : D20182085748
ADDRESS : 1020 LORONG KENANGAN KUALA IBAI, 20400 KUALA TERENGGANU, TERENGGANU.
PHONE NO : 0142154409
CONTACT NO : 0199964476 (AYAH)

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Matric no : D20182085762
Address: No.6 Lorong Laksamana 10A Taman Sri Mewah Jaya 3 41200 Klang Selangor
Family contact number : 0192534171 (Father)
Phone number :0126161998

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D20182085282
Lot 46171 jln manggis kg sg tua tambahan 68100 batu caves selangor
0126301020 - mom
0189711698 - me

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Group charlie: nur badriah, siti sarah and amirah

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Public mind map by Siti Sarah. Create your own collaborative mind maps for free at www.mindmeister.com

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Siti Sarah binti Abdullah
D20182085751
1-07 Blok Jelawat Kondo Rakyat Kuala Ibai, 20400 Kuala Terengganu, Terengganu
011-19785900 (penjaga)
011-25514559

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HSP BIO FORM 5

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Name: Nur Izzah Nadzirah binti Shamsul Bahri
Matric number : D20182085755
Address:Blok 15-0-3 Jalan 2/146 Taman Desa Tasik ,Sungai Besi, 57000 Kuala Lumpur.
Family contact no. :+60147107817 (Father)
Personal contact Number : +601133854568

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1. Full name : Kee Yan Xun
2. Matric number: D20182085750
3. Home address : No 3 Jalan Hang Tuah 41, Taman Skudai Baru, 81300, Skudai, Johor
4. Family contact number : 011-1089 5438
5. Personal contact number: 011-1069 5438
6. Photo

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Tryi

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Group charlie: badriah, sarah and amirah

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Group charlie: badriah, sarah and amirah

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carry out small group discussion ✓ describe cell organisation such as formation of tissues, organs, system in multicellular organisms ✓ LEVEL OF ORGANIZATION =...

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Group charlie: sarah, amirah and badriah.

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Group charlie: sarah, amirah and badriah.

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Public mind map by Siti Sarah. Create your own collaborative mind maps for free at www.mindmeister.com

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Group charlie: amirah, badriah and sarah.

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Group charlie: amirah, badriah and sarah.

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PROFORMA SBC 3013 WITH HSP FORM 6

1. INTRODUCTION TO MOLECULAR BIOLOGY = INHERITANCE AND GENETIC CONTROL

1.1. INTRODUCTION TO MOLECULAR BIOLOGY

1.1.1. Explain the principles of structure and function of DNA and RNA.

1.1.2. Compare the processes in DNA replication, gene expression, recombinant DNA technology, polymerase chain reaction, gene regulation and genetic engineering application.

1.2. INHERITANCE AND GENETIC CONTROL

1.2.1. DNA REPLICATION

1.2.1.1. Explain the models of DNA replication

1.2.1.2. Explain mechanism of DNA replication and role of enzymes

1.2.2. GENE EXPRESSION

1.2.2.1. Interpret the genetic code table and identify the anti-codon.

1.2.2.2. Explain characteristics of genetic code.

1.2.2.3. Explain transcription and translation.

1.2.3. MUTATION

1.2.3.1. Type of mutation

1.2.3.2. Four structural changes in chromosomes:

1.2.3.2.1. Duplication

1.2.3.2.2. Deletion

1.2.3.2.3. Inversion

1.2.3.2.4. Translocation

1.2.4. GENE TECHNOLOGY

1.2.4.1. Recombinant DNA technology/ genetic engineering

1.2.4.2. Describe vector in cloning and properties.

1.2.4.3. Explain reverse, transcription, insertion, ligation, transformation, amplification and screening.

2. CHEMICAL BASIS = BIOLOGICAL MOLECULES (WATER)

2.1. CHEMICAL BASIS

2.1.1. Explain the principles of structure and function elements of compounds, atomic structure, isotopes.

2.1.2. Compare the types of chemicals bond and molecules and chemicals reaction.

2.1.3. Appreciate the role scientific methods in the accumulation and discoveries of biological knowledge (water, acid and bases).

2.2. BIOLOGICAL MOLECULES (WATER)

2.2.1. Chemical properties (solvent bond angles and hydrogen bond) of water and relate physiological roles in organism

2.2.2. Describe physical properties (solvent, polarity, cohesiveness, density, suface tension, heat capacity, latent heat of vaporisation.

3. CHEMICAL ENERGY = CELLULAR RESPIRATION

3.1. CHEMICAL ENERGY

3.1.1. Explain the principles of structure and function .

3.1.2. Appreciate the role scientific methods in the accumulation and discoveries of biological knowledge.

3.2. CELLULAR RESPIRATION

3.2.1. Structure of energy carriers (ATP, NADH, FADH2)

3.2.2. Importance of energy and respiration in living organisms.

3.2.3. Various stage of aerobic respiration

3.2.4. Describe glycolysis and calculate net energy produced in glycolysis.

4. EUKARYOTIC CELL = STRUCTRE OF CELL AND ORGANELLE

4.1. EUKARYOTIC CELL

4.1.1. Explain the structure and function of cells and recognize the relationship between two major categories of cells.

4.1.2. Compare the major cellular processes in eukaryotes and prokaryotes.

4.1.3. Appreciate the role scientific methods in the accumulation and discoveries of biological knowledge.

4.1.4. Work in teams to apply the scientific process for a panaromatic view of eukaryotic cell.

4.2. STRUCTRE OF CELL AND ORGANELLE

4.2.1. state theory and explain basis principle of light and electron microscopy

4.2.2. describe structure of organelles and state their function

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PROFORMA SBC 3013 WITH HSP FORM 6 1.1.1. Explain the principles of structure and function of DNA and RNA. 1.1.2. Compare the processes in DNA replication, gene expression, recombinant DNA technology, polymerase chain reaction, gene regulation and genetic engineering application. 1.2.1. DNA REPLICATION 1.2.1.1. Explain the models of DNA replication 1.2.1.2.

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1. Full name : LAI YONG FEI
2. Matric number: D20182085754
3. Home address : 442, Jalan Taman Pertama 11, Taman Pertama, 34000 Taiping, Perak.
4. Family contact number : 012-501 7335 (MOM)
5. Personal contact number: 011-2180 2172

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Echo 3

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Group Alpha Secondary 4 Syllabus Mind Mapping

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Group Alpha Secondary 4 Syllabus Mind Mapping

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Group Alpha Secondary 6 Syllabus Mind Mapping

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Group Alpha Secondary 6 Syllabus Mind Mapping

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herbaceous plants. Dermal tissue is composed of epidermal cells, closely packed cells that secrete a waxy cuticle that aids in the prevention of water loss. The ground tissue comprises the bulk of the primary plant body. Parenchyma, collenchyma, and sclerenchyma cells are common in the ground tissue.

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PLEASE WATCH BEFORE WE MEET IN THE LAB

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How To Use a Compound Light Microscope: Biology Lab Tutorial

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Compare and contrast microscopy 1 & 2

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- self read

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Cell Theory is one of the basic principles of biology. Credit for the formulation of this theory is given to German scientists Theodor Schwann (1810-1882), Matthias Schleiden (1804-1881), and Rudolph Virchow (1821-1902).

The Cell Theory states:

All living organisms are composed of cells. They may be unicellular or multicellular.

The cell is the basic unit of life.

Cells arise from pre-existing cells. (They are not derived from spontaneous generation.)

The modern version of the Cell Theory includes the ideas that:

Energy flow occurs within cells.

Heredity information (DNA) is passed on from cell to cell.

All cells have the same basic chemical composition.

In addition to the cell theory, the gene theory, evolution, homeostasis, and the laws of thermodynamics form the basic principles that are the foundation for the study of life.

What Are Cells?

Cell Basics

All living organisms in the kingdoms of life are composed of and depend on cells to function normally. Not all cells, however, are alike. There are two primary types of cells: eukaryotic and prokaryotic cells. Examples of eukaryotic cells include animal cells, plant cells, and fungal cells. Prokaryotic cells include bacteria and archaeans.

Cells contain organelles, or tiny cellular structures, that carry out specific functions necessary for normal cellular operation. Cells also contain DNA (deoxyribonucleic acid) and RNA (ribonucleic acid), the genetic information necessary for directing cellular activities.

Cell Reproduction

Eukaryotic cells grow and reproduce through a complex sequence of events called the cell cycle. At the end of the cycle, cells will divide either through the processes of mitosis or meiosis. Somatic cells replicate through mitosis and sex cells reproduce via meiosis. Prokaryotic cells reproduce commonly through a type of asexual reproduction called binary fission. Higher organisms are also capable of asexual reproduction. Plants, algae, and fungi reproduce through the formation of reproductive cells called spores. Animal organisms can reproduce asexually through processes such as budding, fragmentation, regeneration, and parthenogenesis.

Cell Processes: Cellular Respiration and Photosynthesis

Cells perform a number of important processes that are necessary for the survival of an organism. Cells undergo the complex process of cellular respiration in order to obtain energy stored in the nutrients consumed. Photosynthetic organisms including plants, algae, and cyanobacteria are capable of photosynthesis. In photosynthesis, light energy from the sun is converted to glucose. Glucose is the energy source used by photosynthetic organisms and other organisms that consume photosynthetic organisms.

Cell Processes: Endocytosis and Exocytosis

Cells also perform the active transport processes of endocytosis and exocytosis. Endocytosis is the process of internalizing and digesting substances, such as seen with macrophages and bacteria. The digested substances are expelled through exocytosis. These processes also allow for molecule transportation between cells.

Cell Processes: Cell Migration

Cell migration is a process that is vital for the development of tissues and organs. Cell movement is also required for mitosis and cytokinesis to occur. Cell migration is made possible by interactions between motor enzymes and cytoskeleton microtubules.

Cell Processes: DNA Replication and Protein Synthesis

The cell process of DNA replication is an important function that is needed for several processes including chromosome synthesis and cell division to occur. DNA transcription and RNA translation make the process of protein synthesis possible.

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Cell Theory: A Core Principle of Biology

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The Cell Theory is one of the basic principles of biology. It states that all living things are composed of cells and cells are the basic units of life.

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self read

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Cell movement is a necessary function in organisms. Without the ability to move, cells could not grow and divide or migrate to areas where they are needed. The cytoskeleton is the component of the cell that makes cell movement possible. This network of fibers is spread throughout the cell's cytoplasm and holds organelles in their proper place. Cytoskeleton fibers also move cells from one location to another in a fashion that resembles crawling.

Cell motility is accomplished through the activity of cytoskeleton fibers. These fibers include microtubules, microfilaments or actin filaments and intermediate filaments. Microtubules are hollow rod-shaped fibers that help support and shape cells. Actin filaments are solid rods that are essential for movement and muscle contraction. Intermediate filaments help stabilize microtubules and microfilaments by keeping them in place. During cell movement, the cytoskeleton disassembles and re-assembles actin filaments and microtubules. The energy required to produce movement comes from adenosine triphosphate (ATP). ATP is a high energy molecule produced in cellular respiration.

Cell adhesion molecules on cell surfaces hold cells in place to prevent undirected migration. Adhesion molecules hold cells to other cells, cells to the extracellular matrix (ECM) and the ECM to the cytoskeleton. The extracellular matrix is a network of proteins, carbohydrates and fluids that surround cells. The ECM helps to position cells in tissues, transport communication signals between cells and reposition cells during cell migration. Cell movement is prompted by chemical or physical signals that are detected by proteins found on cell membranes. Once these signals are detected and received, the cell begins to move. There are three phases to cell movement.

In the first phase, the cell detaches from the extracellular matrix at its foremost position and extends forward.

In the second phase, the detached portion of the cell moves forward and re-attaches at a new forward position. The rear portion of the cell also detaches from the extracellular matrix.

In the third phase, the cell is pulled forward to a new position by the motor protein myosin. Myosin utilizes the energy derived from ATP to move along actin filaments, causing cytoskeleton fibers to slide along one another. This action causes the entire cell to move forward.

The cell moves in the direction of the detected signal. If the cell is responding to a chemical signal, it will move in the direction of the highest concentration of signal molecules. This type of movement is known as chemotaxis.

Not all cell movement involves the repositioning of a cell from one place to another. Movement also occurs within cells. Vesicle transportation, organelle migration, and chromosome movement during mitosis are examples of types of internal cell movement.

Vesicle transportation involves the movement of molecules and other substances into and out of a cell. These substances are enclosed within vesicles for transportation. Endocytosis, pinocytosis, and exocytosis are examples of vesicle transportation processes. In phagocytosis, a type of endocytosis, foreign substances and unwanted material are engulfed and destroyed by white blood cells. The targeted matter, such as a bacterium, is internalized, enclosed within a vesicle, and degraded by enzymes.

Organelle migration and chromosome movement occur during cell division. This movement ensures that each replicated cell receives the appropriate complement of chromosomes and organelles. Intracellular movement is made possible by motor proteins, which travel along cytoskeleton fibers. As the motor proteins move along microtubules, they carry organelles and vesicles with them.

Some cells possess cellular appendage-like protrusions called cilia and flagella. These cell structures are formed from specialized groupings of microtubules that slide against one another allowing them to move and bend. Compared to flagella, cilia are much shorter and more numerous. Cilia move in a wave-like motion. Flagella are longer and have more of a whip-like movement. Cilia and flagella are found in both plant cells and animal cells.

Sperm cells are examples of body cells with a single flagellum. The flagellum propels the sperm cell toward the female oocyte for fertilization. Cilia are found within areas of the body such as the lungs and respiratory system, parts of the digestive tract, as well as in the female reproductive tract. Cilia extend from the epithelium lining the lumen of these body system tracts. These hair-like threads move in a sweeping motion to direct the flow of cells or debris. For example, cilia in the respiratory tract help to propel mucus, pollen, dust, and other substances away from the lungs.

Lodish H, Berk A, Zipursky SL, et al. Molecular Cell Biology. 4th edition. New York: W. H. Freeman; 2000. Chapter 18, Cell Motility and Shape I: Microfilaments. Available from: http://www.ncbi.nlm.nih.gov/books/NBK21530/

Ananthakrishnan R, Ehrlicher A. The Forces Behind Cell Movement. Int J Biol Sci 2007; 3(5):303-317. doi:10.7150/ijbs.3.303. Available from http://www.ijbs.com/v03p0303.htm

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Cell movement is a necessary function in organisms. Without the ability to move, cells could not grow and divide or migrate to areas where they are needed. The cytoskeleton is the component of the cell that makes cell movement possible. This network of fibers is spread throughout the cell's cytoplasm and holds organelles in their proper place.

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AINI ALIA BT MOHD YUSOFF
D20182085747
JOTTER+RESULTS

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Zaitul Najihah Binti Mohammed Asri

D201820857

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Zaitul Najihah Binti Mohammed Asri

D201820857

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NUR EMIRA BT AHMAD SAMSURI (D20182085765)

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Vikneswari A/p Gunasekaran
D20182085762
Lab 1 result and jotter

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Kee Yan Xun
D20182085

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Esther Mira Jackson Jambol
D20182085031

# data[].attributes.body
Nur Najihah Binti Jinal Ahbidin
D20172080951

# data[].attributes.body
Chang Chia Yun
D20182085763

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Devina a/p tinakaran
D20182085760

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LAI YONG FEI
D20182085754

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NUR EMIRA BINTI AHMAD SAMSURI
D20182085765

# data[].attributes.body
Muhammad Aiman Zamani bin Mohamad Zamri
D20182085759

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ALESSANDRA TALA ANAK TEGONG

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Alessandra Tala anak Tegong
D20182085032
Lab 1 - Jotter and result

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Jotter and Laboratory Result

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Jotter and laboratory result