Biosensei Bionote #11 - Support & Movement in Humans & Animals
Biology Form 4
Chapter 14 - Support & Movement in Humans & Animals
#biologyspm #biologyf4 #biof4
Biology Form 4
Chapter 14 - Support & Movement in Humans & Animals
#biologyspm #biologyf4 #biof4
Biosensei Bionote #12 - Reproduction & Growth
Biology Form 4
Chapter 15 - Sexual Reproduction, Development & Growth in Humans & Animals
A summary note for chapter 15.
#biologyspm #biologyf4 #biof4 #spm2021
Biology Form 4
Chapter 15 - Sexual Reproduction, Development & Growth in Humans & Animals
A summary note for chapter 15.
#biologyspm #biologyf4 #biof4 #spm2021
Biologi Tingkatan 4
Bab 14 - Sokongan dan Pergerakan dalam Manusia dan Haiwan
Nota rumusan (DLP)
https://t.me/cikgufazliebiosensei/1549
Subtopik 14.1 Jenis Rangka
Nota ringkas (BM)
https://t.me/cikgufazliebiosensei/1565
Komik Bio Betul #13 - Jenis Rangka (Penerangan)
https://www.instagram.com/p/CZGPOU0hOGn/?utm_medium=copy_link
Komik Bio Betul #14 - Kepentingan Rangka Pada Haiwan dan Manusia
https://www.instagram.com/p/CZGk3sJhTtr/?utm_medium=copy_link
Kuiz 1
https://t.me/cikgufazliebiosensei/1569
Kuiz 2
https://t.me/cikgufazliebiosensei/1570
#biologyspm #biologykssm #biologyf4
Bab 14 - Sokongan dan Pergerakan dalam Manusia dan Haiwan
Nota rumusan (DLP)
https://t.me/cikgufazliebiosensei/1549
Subtopik 14.1 Jenis Rangka
Nota ringkas (BM)
https://t.me/cikgufazliebiosensei/1565
Komik Bio Betul #13 - Jenis Rangka (Penerangan)
https://www.instagram.com/p/CZGPOU0hOGn/?utm_medium=copy_link
Komik Bio Betul #14 - Kepentingan Rangka Pada Haiwan dan Manusia
https://www.instagram.com/p/CZGk3sJhTtr/?utm_medium=copy_link
Kuiz 1
https://t.me/cikgufazliebiosensei/1569
Kuiz 2
https://t.me/cikgufazliebiosensei/1570
#biologyspm #biologykssm #biologyf4
Telegram
Cikgu Fazlie Biosensei
Biosensei Bionote #11 - Support & Movement in Humans & Animals
Biology Form 4
Chapter 14 - Support & Movement in Humans & Animals
#biologyspm #biologyf4 #biof4
Biology Form 4
Chapter 14 - Support & Movement in Humans & Animals
#biologyspm #biologyf4 #biof4
Biosensei Bionote #14 - Musculoskeletal System of Human
Biology Form 4
Chapter 14 - Support & Movement in Humans & Animals
Subtopic 14.2 Musculoskeletal System of Humans
The human skeletal system is made up of the AXIAL SKELETON & APPENDICULAR SKELETON.
Axial skeleton:
Skull
Vertebral column
Ribs & sternum
Appendicular skeleton:
Pectoral girdle
Pelvic girdle
Upper limbs/forelimbs
Lower limbs/hindlimbs
#biologyspm #spm2021 #biologyf4 #biologykssm #spmkssm
Biology Form 4
Chapter 14 - Support & Movement in Humans & Animals
Subtopic 14.2 Musculoskeletal System of Humans
The human skeletal system is made up of the AXIAL SKELETON & APPENDICULAR SKELETON.
Axial skeleton:
Skull
Vertebral column
Ribs & sternum
Appendicular skeleton:
Pectoral girdle
Pelvic girdle
Upper limbs/forelimbs
Lower limbs/hindlimbs
#biologyspm #spm2021 #biologyf4 #biologykssm #spmkssm
Biosensei Bionote #15 - Reproduction & Growth
Biology Form 4
Chapter 15 - Sexual Reproduction, Development & Growth in Humans & Animals
Summary of Chapter 15.
#biologyf4 #biologykssm #biologyspm #spm2021
Biology Form 4
Chapter 15 - Sexual Reproduction, Development & Growth in Humans & Animals
Summary of Chapter 15.
#biologyf4 #biologykssm #biologyspm #spm2021
Biosensei Bionote #16 Female Reproductive System
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.1 Reproductive System of Humans
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.1 Reproductive System of Humans
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biosensei Bionote #17 Male Reproductive System
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.1 Reproductive System of Humans
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.1 Reproductive System of Humans
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biosensei Bionote #18 Gametogenesis
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.2 Gametogenesis in Humans
Biosensei Bionote #17 Male Reproductive System
Gametogenesis is a production of reproductive cells (gametes) that take place in the gonads (reproductive organs), which are the testes (male) and the ovaries (female).
Gametogenesis produces gametes that are haploid (n).
When fertilisation takes place, the nucleus of the sperm will fuse with the nucleus of the ovum in the Fallopian tube to form a diploid zygote (2n).
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.2 Gametogenesis in Humans
Biosensei Bionote #17 Male Reproductive System
Gametogenesis is a production of reproductive cells (gametes) that take place in the gonads (reproductive organs), which are the testes (male) and the ovaries (female).
Gametogenesis produces gametes that are haploid (n).
When fertilisation takes place, the nucleus of the sperm will fuse with the nucleus of the ovum in the Fallopian tube to form a diploid zygote (2n).
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biosensei Bionote #19 - Spermatogenesis
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.2 Gametogenesis in Humans
Spermatogenesis is the process by which haploid spermatozoa develop from primordial germ cells in the seminiferous tubules of the testis.
This process starts with the mitotic division of the stem cells located close to the basement membrane of the tubules.
These cells are called spermatogonial stem cells/primordium germ cell.
============================
Spermatogenesis ialah satu proses di mana spermatozoa haploid (n) terhasil daripada perkembangan sel germa primordium (2n) di dalam tubul seminiferus yang terdapat di dalam testis.
Proses ini bermula dengan pembahagian sel stem secara mitosis yang terletak di bahagian bawah tubul membran.
Sel² ini dikenali sebagai sel stem primordium/sel germa primordium.
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.2 Gametogenesis in Humans
Spermatogenesis is the process by which haploid spermatozoa develop from primordial germ cells in the seminiferous tubules of the testis.
This process starts with the mitotic division of the stem cells located close to the basement membrane of the tubules.
These cells are called spermatogonial stem cells/primordium germ cell.
============================
Spermatogenesis ialah satu proses di mana spermatozoa haploid (n) terhasil daripada perkembangan sel germa primordium (2n) di dalam tubul seminiferus yang terdapat di dalam testis.
Proses ini bermula dengan pembahagian sel stem secara mitosis yang terletak di bahagian bawah tubul membran.
Sel² ini dikenali sebagai sel stem primordium/sel germa primordium.
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biosensei Bionote #20 - Oogenesis
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.2 Gametogenesis in Humans
Oogenesis is the process of secondary oocyte or female gamete production.
This process takes place in the ovaries. Unlike spermatogenesis, oogenesis begins in a female's ovaries before they are born.
1. Primordial germ cells undergo mitotic division multiple times to form oogonium (2n).
2. Oogonium develops into primary oocyte (2n) which encapsulated with one or more layers of follicular cells (primary follicles). Stimulated by FSH. Primary oocyte undergoes meiosis but the process stops at prophase I during fetal development.
3. At birth, a baby girl already has millions of primary oocytes that remain dormant in Prophase I. The number of oocytes will decrease at puberty.
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.2 Gametogenesis in Humans
Oogenesis is the process of secondary oocyte or female gamete production.
This process takes place in the ovaries. Unlike spermatogenesis, oogenesis begins in a female's ovaries before they are born.
1. Primordial germ cells undergo mitotic division multiple times to form oogonium (2n).
2. Oogonium develops into primary oocyte (2n) which encapsulated with one or more layers of follicular cells (primary follicles). Stimulated by FSH. Primary oocyte undergoes meiosis but the process stops at prophase I during fetal development.
3. At birth, a baby girl already has millions of primary oocytes that remain dormant in Prophase I. The number of oocytes will decrease at puberty.
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Ini adalah Bionote #20 versi BM
Biosensei Bionote #20 - Oogenesis
Biologi Tingkatan 4
Bab 15 Pembiakan Seks, Perkembangan & Pertumbuhan dalam Manusia & Haiwan
15.2 Gametogenesis dalam Manusia
Oogenesis adalah proses di mana oosit sekunder atau gamet betina dihasilkan.
Proses ini berlaku di dalam ovari.
Tidak seperti spermatogenesis, oogenesis bermula di dalam ovari seseorang perempuan itu sebelum mereka dilahirkan lagi.
1⃣ Sel germa primordium (2n) menjalani mitosis berulang² kali untuk menghasilkan oogonium (2n).
2⃣ Oogonium kemudian berkembang menjadi oosit primer(2n) yang dibaluti oleh satu@dua lapisan sel² folikel (folikel primer). Ia dirangsang oleh hormon perangsang folikel (FSH). Oosit primer menjalani meiosis tetapi ia terhenti semasa fasa profasa I semasa perkembangan fetus.
3⃣ Semasa kelahiran, seorang bayi perempuan sudah memiliki beberapa juta oosit primer yang kekal dorman. Bilangan itu akan berkurangan sehingga baligh
#biologyspm #spm2021 #biologyf4 #biologykssm #biosenseibionote
Biosensei Bionote #20 - Oogenesis
Biologi Tingkatan 4
Bab 15 Pembiakan Seks, Perkembangan & Pertumbuhan dalam Manusia & Haiwan
15.2 Gametogenesis dalam Manusia
Oogenesis adalah proses di mana oosit sekunder atau gamet betina dihasilkan.
Proses ini berlaku di dalam ovari.
Tidak seperti spermatogenesis, oogenesis bermula di dalam ovari seseorang perempuan itu sebelum mereka dilahirkan lagi.
1⃣ Sel germa primordium (2n) menjalani mitosis berulang² kali untuk menghasilkan oogonium (2n).
2⃣ Oogonium kemudian berkembang menjadi oosit primer(2n) yang dibaluti oleh satu@dua lapisan sel² folikel (folikel primer). Ia dirangsang oleh hormon perangsang folikel (FSH). Oosit primer menjalani meiosis tetapi ia terhenti semasa fasa profasa I semasa perkembangan fetus.
3⃣ Semasa kelahiran, seorang bayi perempuan sudah memiliki beberapa juta oosit primer yang kekal dorman. Bilangan itu akan berkurangan sehingga baligh
#biologyspm #spm2021 #biologyf4 #biologykssm #biosenseibionote
Biosensei Bionote #21 - Menstrual Cycle
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.3 Menstrual Cycle
Menstrual Cycle
🔰The production of a secondary oocyte and thickening of the endometrium wall throughout one cycle.
🔰 series of natural changes in hormone production and the structures of the uterus and ovaries of the female reproductive system that make pregnancy possible.
🔰controls the production and release of eggs and the cyclic release of estrogen and progesterone. The uterine cycle governs the preparation and maintenance of the lining of the uterus (womb) to receive a fertilized egg.
🔰are concurrent and coordinated, normally last between 21 and 35 days in adult women, with a median length of 28 days, and continue for about 30–45 years.
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biology Form 4
Chapter 15 Sexual Reproduction, Development & Growth in Humans & Animals
15.3 Menstrual Cycle
Menstrual Cycle
🔰The production of a secondary oocyte and thickening of the endometrium wall throughout one cycle.
🔰 series of natural changes in hormone production and the structures of the uterus and ovaries of the female reproductive system that make pregnancy possible.
🔰controls the production and release of eggs and the cyclic release of estrogen and progesterone. The uterine cycle governs the preparation and maintenance of the lining of the uterus (womb) to receive a fertilized egg.
🔰are concurrent and coordinated, normally last between 21 and 35 days in adult women, with a median length of 28 days, and continue for about 30–45 years.
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biosensei Bionote #21 - Kitar Menstrual/Kitar Haid
Biologi Tingkatan 4
Bab 15 pembiakan Seks, Perkembangan dan Pertumbuhan dalam Manusia & Haiwan
15.3 Kitar Menstrual
Kitar Menstrual
🔰Penghasilan oosit sekunder dan penebalan dinding endometrium dalam satu kitaran.
🔰 satu siri perubahan semulajadibdalam penghasilan hormon, struktur uterus dan ovari seseorang perempuan bagi membolehkan kehamilan berlaku.
🔰Mengawal penghasilan dan pembebasan sel² telur dan kitaran rembesan hormon estrogen dan progesteron.
Kitaran uterin pula persediaan dan mengekalkan ketebalan dinding endometrium agar bersedia untuk menerima penempelan ovum yabg telah tersenyawa.
🔰Perkembangan oosit sekunder dan dinding endometrium berlaku secara serentak, biasanya antara 21 dan 35 hari bagi perempuan dewasa, secara puratanya 28 hari, dan berterusan selama 30–45 tahun.
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biologi Tingkatan 4
Bab 15 pembiakan Seks, Perkembangan dan Pertumbuhan dalam Manusia & Haiwan
15.3 Kitar Menstrual
Kitar Menstrual
🔰Penghasilan oosit sekunder dan penebalan dinding endometrium dalam satu kitaran.
🔰 satu siri perubahan semulajadibdalam penghasilan hormon, struktur uterus dan ovari seseorang perempuan bagi membolehkan kehamilan berlaku.
🔰Mengawal penghasilan dan pembebasan sel² telur dan kitaran rembesan hormon estrogen dan progesteron.
Kitaran uterin pula persediaan dan mengekalkan ketebalan dinding endometrium agar bersedia untuk menerima penempelan ovum yabg telah tersenyawa.
🔰Perkembangan oosit sekunder dan dinding endometrium berlaku secara serentak, biasanya antara 21 dan 35 hari bagi perempuan dewasa, secara puratanya 28 hari, dan berterusan selama 30–45 tahun.
#biologyspm #spm2021 #biologyf4 #biologykssm #bionote #biosenseibionote
Biologi Tingkatan 4
Bab 11 - Keimunan Manusia
Subtopik 11.3 Jenis Keimunan
Komik Bio Betul #19-21 - Keimunan Aktif Buatan (Penerangan)
https://t.me/cikgufazliebiosensei/2196
Komik Bio Betul #22-24 - Suntikan Pertama dan Kedua
https://t.me/cikgufazliebiosensei/2207
Kuiz 1
https://t.me/cikgufazliebiosensei/2215
Kuiz 2
https://t.me/cikgufazliebiosensei/2217
#biologyspm #biologykssm #biologyf4
Bab 11 - Keimunan Manusia
Subtopik 11.3 Jenis Keimunan
Komik Bio Betul #19-21 - Keimunan Aktif Buatan (Penerangan)
https://t.me/cikgufazliebiosensei/2196
Komik Bio Betul #22-24 - Suntikan Pertama dan Kedua
https://t.me/cikgufazliebiosensei/2207
Kuiz 1
https://t.me/cikgufazliebiosensei/2215
Kuiz 2
https://t.me/cikgufazliebiosensei/2217
#biologyspm #biologykssm #biologyf4
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Cikgu Fazlie Biosensei👨🏫
Signs and symptoms of osteoarthritis include:
🍄Pain. ...
🍄Stiffness. ...
🍄Tenderness. ...
🍄Loss of flexibility. ...
🍄Grating sensation. ...
🍄Bone spurs. ...
🍄Swelling.
Cause of Osteoarthritis
Osteoarthritis happens when the cartilage and other tissues within the joint break down or have a change in their structure. This does not happen because of simple wear and tear on the joints. Instead, changes in the tissue can trigger the breakdown, which usually happens gradually over time.
The main treatments for the symptoms of osteoarthritis include:
🏀lifestyle measures – such as maintaining a healthy weight and exercising regularly.
🏀medication – to relieve pain.
🏀supportive therapies – to help make everyday activities easier.
#biologyspm #biologyf4 #supportandmovement #biologykssm
🍄Pain. ...
🍄Stiffness. ...
🍄Tenderness. ...
🍄Loss of flexibility. ...
🍄Grating sensation. ...
🍄Bone spurs. ...
🍄Swelling.
Cause of Osteoarthritis
Osteoarthritis happens when the cartilage and other tissues within the joint break down or have a change in their structure. This does not happen because of simple wear and tear on the joints. Instead, changes in the tissue can trigger the breakdown, which usually happens gradually over time.
The main treatments for the symptoms of osteoarthritis include:
🏀lifestyle measures – such as maintaining a healthy weight and exercising regularly.
🏀medication – to relieve pain.
🏀supportive therapies – to help make everyday activities easier.
#biologyspm #biologyf4 #supportandmovement #biologykssm