Next Article in Journal
Evaluation of the Potential Flight Ability of the Casuarina Moth, Lymantria xylina (Lepidoptera: Erebidae)
Previous Article in Journal
The Distribution and Host-Association of the Vector Chigger Species Leptotrombidium imphalum in Southwest China
 
 
Article
Peer-Review Record

Ultrastructure of the Spermiogenesis in Halyomorpha halys (Hemiptera: Pentatomidae): X-Irradiation and New Insights on the Centriolar Region Organization

Insects 2024, 15(7), 505; https://doi.org/10.3390/insects15070505
by Francesco Paoli 1, Massimo Cristofaro 2, Gerardo Roselli 2,3, Raffaele Sasso 4, Sergio Musmeci 4, Francesco Barbieri 1, Chiara Sciandra 1,5, Valentina Vanoni 6, Loris Menegotti 6, Pio Federico Roversi 7, Gianfranco Anfora 3, David Mercati 5 and Romano Dallai 5,*
Reviewer 1: Anonymous
Reviewer 2: Anonymous
Insects 2024, 15(7), 505; https://doi.org/10.3390/insects15070505
Submission received: 12 June 2024 / Revised: 1 July 2024 / Accepted: 2 July 2024 / Published: 5 July 2024

Round 1

Reviewer 1 Report

Comments and Suggestions for Authors

 The research provides an approach to the use of X-irradiation in insect control. Radiation demonstrates changes in the spermiogenesis process, especially in the organization of the centriole region.

The manuscript is incremental in theme. This approach is already present in the literature, but involving other groups of insects.

The manuscript provides a description of the impact of X-irradiation on the organization of the centriolar region, during the spermiogenesis process of a species of Pentatomidae (Heminoptera). As already mentioned, it is an incremental study adding data to the literature involving the action of X-irradiation in the spermiogenesis process, aiming at biological control of the species.

The methodology used was adequate for the defined purpose.

The conclusions described are compatible with the objective of the manuscript. The methodology used was appropriate, that is, the description of the spermiogenesis process in males subjected to X-irradiation. The results and discussion were presented in a clear and compatible manner.

The references used address the state of the art on the topic, being appropriate and current.

The images are relevant and appropriate to the manuscript’s approach. The excellent quality of transmission electron microscopy stands out.

Author Response

The research provides an approach to the use of X-irradiation in insect control. Radiation demonstrates changes in the spermiogenesis process, especially in the organization of the centriole region.

The manuscript is incremental in theme. This approach is already present in the literature, but involving other groups of insects.

The manuscript provides a description of the impact of X-irradiation on the organization of the centriolar region, during the spermiogenesis process of a species of Pentatomidae (Heminoptera). As already mentioned, it is an incremental study adding data to the literature involving the action of X-irradiation in the spermiogenesis process, aiming at biological control of the species.

The methodology used was adequate for the defined purpose.

The conclusions described are compatible with the objective of the manuscript. The methodology used was appropriate, that is, the description of the spermiogenesis process in males subjected to X-irradiation. The results and discussion were presented in a clear and compatible manner.

The references used address the state of the art on the topic, being appropriate and current.

The images are relevant and appropriate to the manuscript’s approach. The excellent quality of transmission electron microscopy stands out.

 

We thank the reviewer for his kind comments on our work

Reviewer 2 Report

Comments and Suggestions for Authors

The manuscript #insects-3079676 deals with the spermiogenesis of the important stink bug pest Halyomorpha halys. Generally speaking, the pictures are of good quality, but the manuscript is well written. This paper is a great contribution to the sperm morphology of insects. Therefore, I recommend to publish this paper in Insects after a minor revision.

Abstract. Line 51: “failure to reabsorption the cytoplasm”. Here, I think a verb (reabsorb) rather than a noun should be used.

 Results. L178, L283, and L304: The period (.) before the bracket should be deleted.

 Figure 2. L188: There are six follicles. Two are large, one is median, therefore, three (rather than two” should be small. Please modify properly.

 L278: “between A and B”, and “from A to B”, but not “between A to B”. “Thus, to increase image quality and allow a high-resolution power for each mounted histological image” lack a complete sentence structure, therefore should be rewritten.

 Figure 9. L322: “free the in” should be modified as “free in the”.

 L381: The scientific name “H. halys” should be in italics.

Comments on the Quality of English Language

The English Language of this paper is of high quality.

Author Response

Abstract. Line 51: “failure to reabsorption the cytoplasm”. Here, I think a verb (reabsorb) rather than a noun should be used.

 Results. L178, L283, and L304: The period (.) before the bracket should be deleted.

 Figure 2. L188: There are six follicles. Two are large, one is median, therefore, three (rather than two” should be small. Please modify properly.

 L278: “between A and B”, and “from A to B”, but not “between A to B”. “Thus, to increase image quality and allow a high-resolution power for each mounted histological image” lack a complete sentence structure, therefore should be rewritten.

 Figure 9. L322: “free the in” should be modified as “free in the”.

 L381: The scientific name “H. halys” should be in italics.

 

We followed all the suggestions given to us by the Reviewer 

 

Back to TopTop