มีค่าเฉลี่ยน้ำหนักที่เพิ่มขึ้นสูงสุ

มีค่าเฉลี่ยน้ำหนักที่เพิ่มขึ้นสูงสุดคือ





ผลลัพธ์ (ภาษาไทย) 1:
ปลาน้ำจืดในประเทศอินเดียเป็นที่รู้จักกันดีและเต็มไปด้วยความลับหลายชนิดได้รับการแก้ไขที่มาสก์เชิงซ้อนบางชนิดแฝงและโรคประจำถิ่น ข้อ จำกัด ในอนุกรมวิธานแบบดั้งเดิมที่มีผลใน crypticism นี้ ดังนั้นวิธีการเช่นโมเลกุลดีเอ็นเอบาร์โค้ดมีความจำเป็นที่จะวินิ






ผลลัพธ์ (ภาษาไทย) 1:
ปลาน้ำจืดในประเทศอินเดียเป็นที่รู้จักกันดีและเต็มไปด้วยความลับหลายชนิดได้รับการแก้ไขที่มาสก์เชิงซ้อนบางชนิดแฝงและโรคประจำถิ่น ข้อ จำกัด ในอนุกรมวิธานแบบดั้งเดิมที่มีผลใน crypticism นี้ ดังนั้นวิธีการเช่นโมเลกุลดีเอ็นเอบาร์โค้ดมีความจำเป็นที่จะวินิปลาที่ได้รับคิวพีโปรไบโอติกส์ผสมในอาหารเม็ดสำเร็จรูปความเข้มข้น 1 เปอร์เซ็นต์






Freshwater fishes in India are poorly known and plagued by many unresolved cryptic species complexes that masks some latent and endemic species. Limitations in traditional taxonomy have resulted in this crypticism. Hence, molecular approaches like DNA barcoding, are needed to diagnose these latent species. We have analyzed 1383 barcode sequences of 175 Indian freshwater fish species available in the databases, of which 172 sequences of 70 species were generated. The congeneric and conspecific genetic divergences were calculated using Kimura's 2 parameter distance model followed by the construction of a Neighbor Joining tree using the MEGA 5.1. DNA barcoding principle at its first hand approach, led to the straightforward identification of 82% of the studied species with 2.9% (S.E = 0.2) divergence between the nearest congeners. However, after validating some cases of synonymy and mislabeled sequences, 5% more species were found to be valid. Sequences submitted to the database under different names were found to represent single species. On the other hand, some sequences of the species like Barilius barna, Barilius bendelisis and Labeo bata were submitted to the database under a single name but were found to represent either some unexplored species or latent species. Overall, 87% of the available Indian freshwater fish barcodes were diagnosed as true species in parity with the existing checklist and can act as reference barcode for the particular taxa. For the remaining 13% (21 species) the correct species name was difficult to assign as they depicted some erroneous identification and cryptic species complex. Thus, these barcodes will need further assay and inclusion of barcodes of more specimens from same and sister species.

ผลลัพธ์ (อังกฤษ) 1:

With an average weight increase is. Results (Thai language) 1:Fresh water fish in India is well known and is filled with many types of Secrets have been corrections to certain types of complex masks a phantom and local diseases. Restrictions on traditional taxonomy has resulted in such a way, so crypticism molecule DNA barcodes are needed to video new. Results (Thai language) 1:Fresh water fish in India is well known and is filled with many types of Secrets have been corrections to certain types of complex masks a phantom and local diseases. Restrictions on traditional taxonomy has resulted in such a way, so crypticism molecule DNA barcodes are needed to get the new fish-q p probiotic ingredients in food grain finished 1 percent concentration.Freshwater fishes in India are poorly known and plagued by many unresolved cryptic species complexes that masks some latent and endemic species. Limitations in traditional taxonomy have resulted in this crypticism. Hence, molecular approaches like DNA barcoding, are needed to diagnose these latent species. We have analyzed 1383 barcode sequences of 175 Indian freshwater fish species available in the databases, of which 172 sequences of 70 species were generated. The congeneric and conspecific genetic divergences were calculated using Kimura's 2 parameter distance model followed by the construction of a Neighbor Joining tree using the MEGA 5.1. DNA barcoding principle at its first hand approach, led to the straightforward identification of 82% of the studied species with 2.9% (S.E = 0.2) divergence between the nearest congeners. However, after validating some cases of synonymy and mislabeled sequences, 5% more species were found to be valid. Sequences submitted to the database under different names were found to represent single species. On the other hand, some sequences of the species like Barilius barna, Barilius bendelisis and Labeo bata were submitted to the database under a single name but were found to represent either some unexplored species or latent species. Overall, 87% of the available Indian freshwater fish barcodes were diagnosed as true species in parity with the existing checklist and can act as reference barcode for the particular taxa. For the remaining 13% (21 species) the correct species name was difficult to assign as they depicted some erroneous identification and cryptic species complex. Thus, these barcodes will need further assay and inclusion of barcodes of more specimens from same and sister species.

ผลลัพธ์ (อังกฤษ) 2:

An average weight gain maximum results (in Thailand) 1: freshwater in India is well known and is full of secrets, many species have been modified to mask certain complexes are latent and Disease. the restrictions on taxonomy traditional affecting crypticism So how molecules such as DNA barcoding is necessary to Divinique results (in Thailand) 1: freshwater in India is well known and is filled. The secret of various kinds have been modified to mask certain complexes are latent and endemic restrictions on taxonomy traditional affecting crypticism So how molecules such as DNA barcodes are essential to a living fish. Get QP Probiotic Blend in food pellets containing 1 percent Freshwater fishes in India are poorly known and plagued by many unresolved cryptic species complexes that masks some latent and endemic species. Limitations in traditional taxonomy have resulted in this. crypticism. Hence, molecular approaches like DNA barcoding, are needed to diagnose these latent species. We have analyzed 1383 barcode sequences of 175 Indian freshwater fish species available in the databases, of which 172 sequences of 70 species were generated. The congeneric and conspecific genetic. divergences were calculated using Kimura's 2 parameter distance model followed by the construction of a Neighbor Joining tree using the MEGA 5.1. DNA barcoding principle at its first hand approach, led to the straightforward identification of 82% of the studied species with 2.9% (SE =. 0.2) divergence between the nearest congeners. However, after validating some cases of synonymy and mislabeled sequences, 5% more species were found to be valid. Sequences submitted to the database under different names were found to represent single species. On the other hand,. some sequences of the species like Barilius barna, Barilius bendelisis and Labeo bata were submitted to the database under a single name but were found to represent either some unexplored species or latent species. Overall, 87% of the available Indian freshwater fish barcodes were diagnosed as. true species in parity with the existing checklist and can act as reference barcode for the particular taxa. For the remaining 13% (21 species) the correct species name was difficult to assign as they depicted some erroneous identification and cryptic species complex. Thus, these. barcodes will need further assay and inclusion of barcodes of more specimens from same and sister species.

ผลลัพธ์ (อังกฤษ) 3:

Average increasing maximum weight






the results (Thai) 1:
.Freshwater fish in India is well known and full of secrets, various kinds of fixed masks complex and some kind of latent endemic. The limitations of traditional taxonomy that results in the crypticism.





the results (Thai) 1:
.Freshwater fish in India is well known and full of secrets, various kinds of fixed masks complex and some kind of latent endemic. The limitations of traditional taxonomy that results in the crypticism.1%
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Freshwater fishes in India are poorly known and plagued by many unresolved cryptic species complexes that masks some. Latent and endemic species. Limitations in traditional taxonomy have resulted in this crypticism. Hence molecular approaches,, Like DNA barcoding are needed, to diagnose these latent species.