anchor.diff:  /obj/item/plant_analyzer/proc/get_analyzer_text_chem_genes(obj/item/seeds/scanned)
   	var/text = ""
   	text += "- Plant Reagent Genes -\n"
  -	text += "*---------*\n<span class='notice'>"
  +	text += "*---------*\n"
   	for(var/datum/plant_gene/reagent/gene in scanned.genes)
   		text += "- [gene.get_name()] -\n"
  -	text += "</span>*---------*"
  +	text += "*---------*"
   	return text
   
   /**
  
positive.code: /obj/item/plant_analyzer/proc/get_analyzer_text_chem_contents(obj/item/scanned_plant)
  	var/text = ""
  	var/reagents_text = ""
  	text += "<br>[span_info("- Plant Reagents -")]"
  	text += "<br>[span_info("Maximum reagent capacity: [scanned_plant.reagents.maximum_volume]")]"
  	var/chem_cap = 0
  	for(var/_reagent in scanned_plant.reagents.reagent_list)
  		var/datum/reagent/reagent  = _reagent
  		var/amount = reagent.volume
  		chem_cap += reagent.volume
  		reagents_text += "\n[span_info("- [reagent.name]: [amount]")]"
  	if(chem_cap > 100)
  		text += "<br>[span_warning("- Reagent Traits Over 100% Production")]</br>"
  
  	if(reagents_text)
  		text += "<br>[span_info("*---------*")]"
  		text += reagents_text
  	text += "<br>[span_info("*---------*")]"
  	return text
  
  /**
  
negative.code:  * Returns the formatted output as text.
   */
  /obj/item/plant_analyzer/proc/scan_plant_chems(obj/item/scanned_object)
  	var/returned_message = "*---------*\nThis is [span_name("\a [scanned_object]")].\n"
  	var/obj/item/seeds/our_seed = scanned_object
  	if(!istype(our_seed)) //if we weren't passed a seed, we were passed a plant with a seed
  		our_seed = scanned_object.get_plant_seed()
  