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Questions and Answers
Mok yet mixi mo bi ndanga muŋsi ɓi nyi njo ɓi asam amino bibima gɔt NCBI?
Mok yet mixi mo bi ndanga muŋsi ɓi nyi njo ɓi asam amino bibima gɔt NCBI?
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Njo ɓi pɔd a vɛlɛ re njo ɓi thalassemia?
Njo ɓi pɔd a vɛlɛ re njo ɓi thalassemia?
Njo ɓi thalassemia ja e condition haemologis pɔbilong.
Nɛ ɓi njog wa mɔy kwamba asam amino da zɛŋ yɔ fɔ mɔ muŋsi?
Nɛ ɓi njog wa mɔy kwamba asam amino da zɛŋ yɔ fɔ mɔ muŋsi?
Ngong 1 titi 30.
Njo ɓi pɔm mɔ ntuj ga mɛ di muŋsi ɓi nudem kya asam amino?
Njo ɓi pɔm mɔ ntuj ga mɛ di muŋsi ɓi nudem kya asam amino?
Mok yet do ngoma gɔt GDT o mɛ lɛ ɓi nyi thalassemia?
Mok yet do ngoma gɔt GDT o mɛ lɛ ɓi nyi thalassemia?
Iyi mboga ekson 1 asam amino njó mɔ kin nudem váš?
Iyi mboga ekson 1 asam amino njó mɔ kin nudem váš?
Sɛngandu pɔ ki mɛa njo ɓi pɛndil njog e mixi asam amino?
Sɛngandu pɔ ki mɛa njo ɓi pɛndil njog e mixi asam amino?
Nɔ gɔt intron ɓi pɔkpa ɒɒ lɔ mɔ kɛ?
Nɔ gɔt intron ɓi pɔkpa ɒɒ lɔ mɔ kɛ?
Nkwuma thalassemia sem yapala?
Nkwuma thalassemia sem yapala?
Pɛn nyansa kɔɔso na ɛyɛ nwonwaso no fa thalassemia ho?
Pɛn nyansa kɔɔso na ɛyɛ nwonwaso no fa thalassemia ho?
Dɛn na ɛbɔ bra a ɛhyɛ hemoglobin mu?
Dɛn na ɛbɔ bra a ɛhyɛ hemoglobin mu?
Ena mwa sekiya, nu mine mukata na ɓa nsi ekson 1 ɓe β globin?
Ena mwa sekiya, nu mine mukata na ɓa nsi ekson 1 ɓe β globin?
Ɛyɛ dɛn na wogye di sɛ ɛyera aduane mu fa thalassemia ho?
Ɛyɛ dɛn na wogye di sɛ ɛyera aduane mu fa thalassemia ho?
Dɛn na ɛyɛ pɛpɛɛpɛ a ɛda ho adi sɛ ɔtɔfɛ mu ɛyɛ thalassemia?
Dɛn na ɛyɛ pɛpɛɛpɛ a ɛda ho adi sɛ ɔtɔfɛ mu ɛyɛ thalassemia?
Nkwa engebe i bwete sekwens, na ma fu na ɓa mwangha sekwens ɓe β globin normal?
Nkwa engebe i bwete sekwens, na ma fu na ɓa mwangha sekwens ɓe β globin normal?
Ɔkwankyerɛbɔ a ɛda ho adi kɔ akwan a ɛsar a ɛda ho adi na ɛyɛ thalassemia?
Ɔkwankyerɛbɔ a ɛda ho adi kɔ akwan a ɛsar a ɛda ho adi na ɛyɛ thalassemia?
Nsim tuva engebe i mwangha na nsukani akana asam amino?
Nsim tuva engebe i mwangha na nsukani akana asam amino?
Pɛn nkuto a ɛda ho adi ɛfa β globin ho?
Pɛn nkuto a ɛda ho adi ɛfa β globin ho?
Thalassemia e bi kosi yî pî wûk?
Thalassemia e bi kosi yî pî wûk?
Ko muèn mu imbo ɓe β globin ekson 1, hɛn bɔrɛ?
Ko muèn mu imbo ɓe β globin ekson 1, hɛn bɔrɛ?
Mî kâ kwî Îyôntî bi β globin protein?
Mî kâ kwî Îyôntî bi β globin protein?
Tuva ɓe mwangha i mu minate na sekuensing tuva i ɓe β globin?
Tuva ɓe mwangha i mu minate na sekuensing tuva i ɓe β globin?
Nkuto a ɛbɔ som a ɛda ho adi fa thalassemia ho?
Nkuto a ɛbɔ som a ɛda ho adi fa thalassemia ho?
Nîkỳ gûy di yí bô dî tîy ontôsô kâ wâstî yî kwî mutasi?
Nîkỳ gûy di yí bô dî tîy ontôsô kâ wâstî yî kwî mutasi?
Ko njamba i NIKEN SATUTI NUR HANDAYANI na ANDIKA TRIPRAMUDYA ONGGO ɓe mwangha?
Ko njamba i NIKEN SATUTI NUR HANDAYANI na ANDIKA TRIPRAMUDYA ONGGO ɓe mwangha?
E wâ tîkî yî tî mî kâ tisô di 1st exon β globin gene?
E wâ tîkî yî tî mî kâ tisô di 1st exon β globin gene?
Mî kâ sɛb kî ṅêgâk mî e mî wông mêkhî yî kwî don't?
Mî kâ sɛb kî ṅêgâk mî e mî wông mêkhî yî kwî don't?
Nḓok sa njamba ɓe mboa na mwangha sekwens i ɓe β globin?
Nḓok sa njamba ɓe mboa na mwangha sekwens i ɓe β globin?
Kî mî kâ pîyîk pî nî dîtîkî yî kwî nâbi me mî?
Kî mî kâ pîyîk pî nî dîtîkî yî kwî nâbi me mî?
Mî kâ yâ nkɔn yî e dîwûkî mî kwî yî mî bôkô?
Mî kâ yâ nkɔn yî e dîwûkî mî kwî yî mî bôkô?
Kwî nsɔ́gî e kî dî mî kâ lû ôso tî?
Kwî nsɔ́gî e kî dî mî kâ lû ôso tî?
Mwad a ngey yeng a mutasi transversi ne?
Mwad a ngey yeng a mutasi transversi ne?
Ndag a mu mabud kappa mutasi diam?
Ndag a mu mabud kappa mutasi diam?
Kappa a mutasi yeng a intron ngey ekson?
Kappa a mutasi yeng a intron ngey ekson?
Nda yeng a Tanoto Foundation a nbasa lolo ne?
Nda yeng a Tanoto Foundation a nbasa lolo ne?
Ndag a yeng a kappa mban no yeng a β-thalassemia?
Ndag a yeng a kappa mban no yeng a β-thalassemia?
Mutasi pada gen β globin yang berhasil diidentifikasi dalam penelitian ini terdapat pada nukleotida berapa saja?
Mutasi pada gen β globin yang berhasil diidentifikasi dalam penelitian ini terdapat pada nukleotida berapa saja?
Apa jenis mutasi yang terjadi di nukleotida ke 59 dan ke 147?
Apa jenis mutasi yang terjadi di nukleotida ke 59 dan ke 147?
Mengapa analisis struktur tiga dimensi tidak dilakukan dalam penelitian ini?
Mengapa analisis struktur tiga dimensi tidak dilakukan dalam penelitian ini?
Sampel manakah yang memiliki mutasi pada intron gen β globin di site ke 59?
Sampel manakah yang memiliki mutasi pada intron gen β globin di site ke 59?
Mengapa penting untuk melakukan penelitian lebih lanjut secara in vivo?
Mengapa penting untuk melakukan penelitian lebih lanjut secara in vivo?
Dari wilayah mana mutasi pada nukleotida ke 59 sering ditemukan lainnya?
Dari wilayah mana mutasi pada nukleotida ke 59 sering ditemukan lainnya?
Siapa yang diucapkan terima kasih dalam penelitian ini?
Siapa yang diucapkan terima kasih dalam penelitian ini?
Apa tipe mutasi yang terjadi pada nukleotida ke 59?
Apa tipe mutasi yang terjadi pada nukleotida ke 59?
Flashcards
Thalassemia
Thalassemia
A genetic disorder causing deficient hemoglobin synthesis, leading to anemia.
Autosomal recessive
Autosomal recessive
A genetic trait requiring two copies of a mutated gene for expression.
β-globin gene
β-globin gene
A gene responsible for producing β-globin protein, essential for hemoglobin.
Genomic isolation
Genomic isolation
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Nucleotide mutation
Nucleotide mutation
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Point mutation
Point mutation
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Transition mutation
Transition mutation
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Transversion mutation
Transversion mutation
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Mutasi diam
Mutasi diam
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Protein β globin
Protein β globin
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Ekson 1
Ekson 1
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Mutasi gen HBB
Mutasi gen HBB
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Sekuencing
Sekuencing
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Thalasemia β
Thalasemia β
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kromosom nomor 11
kromosom nomor 11
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Mutasi Titik
Mutasi Titik
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Mutasi Transversi
Mutasi Transversi
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Intron
Intron
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Gen β globin
Gen β globin
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Alignment (Penjajaran)
Alignment (Penjajaran)
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Database gen NCBI
Database gen NCBI
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Sekuens gen β globin ekson 1
Sekuens gen β globin ekson 1
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Splicing
Splicing
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Kesalahan splicing
Kesalahan splicing
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Urutan asam amino gen normal β-globin ekson 1
Urutan asam amino gen normal β-globin ekson 1
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Mutasi gen β-globin
Mutasi gen β-globin
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MCV, MCH, GDT, HPLC
MCV, MCH, GDT, HPLC
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Mutasi gen β globin ekson 1
Mutasi gen β globin ekson 1
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Urutan Asam Amino Gen β-globin
Urutan Asam Amino Gen β-globin
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Database NCBI
Database NCBI
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Silent mutation
Silent mutation
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Nukleotida ke 59
Nukleotida ke 59
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Nukleotida ke 147
Nukleotida ke 147
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Analisis menggunakan MEGA 6.0
Analisis menggunakan MEGA 6.0
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Alignment keseluruhan
Alignment keseluruhan
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Study Notes
Thalassemia Identification
- Thalassemia is an autosomal recessive genetic mutation disorder causing deficient globin chain synthesis (hemoglobin component in red blood cells).
- It's classified by abnormalities in the protein structure of globin (especially beta globin).
- In Indonesia, beta thalassemia prevalence is increasing by 8-10% yearly, requiring strategies to reduce this.
- Genetic testing to identify carriers efficiently reduces the thalassemia population.
- Identifying mutations in the first exon of the beta globin gene helps to detect carriers quickly.
- This study focused on the type and location of nucleotide mutations in the beta globin exon 1 of carriers.
- The research used sequencing to determine the type of mutation and changes to the amino acid translation.
- A point mutation was found at nucleotide 59 (T to C) and 147 (G to C), but it's "silent" because there's no translated amino acid change.
Thalassemia Background
- Thalassemia is characterized by a deficiency in hemoglobin, causing symptoms similar to anemia.
- In thalassemia, the hemoglobin in red blood cells doesn't properly bind oxygen, causing fatigue due to low oxygen levels.
- It's classified based on the type of globin protein affected (alpha or beta).
- Alpha thalassemia affects alpha globin, while beta thalassemia affects beta globin.
- In Indonesia, the prevalence of thalassemia, especially beta thalassemia, is increasing steadily (8-10% annually), highlighting the need for intervention strategies.
Methodology
- Blood samples were collected for genome isolation.
- The first exon of the beta globin gene was amplified and sequenced.
- Computational methods (comparative alignment with a normal beta globin gene) were used to observe point mutations and amino acid changes.
- Sequence alignment was used to compare with a normal beta globin sequence to determine the nature of the mutation.
Results
- Mutations were found at positions 59 (T to C) and 147 (G to C) in the beta globin gene.
- The detected mutation types are "silent mutations," meaning no alterations in the translated amino acids occurred.
- The findings support the significance of sequencing for identifying specific thalassemia mutations in carriers.
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